RAD’s Airmux-5000 series of point-to-multipoint broadband wireless radios deliver high-performance native Ethernet and TDM services over a single wireless link in various sub-6 GHz frequencies. Ideal for robust and reliable wireless communications in diverse environments.

RAD’s Airmux-400 series of point-to-point broadband wireless radios deliver high-performance native Ethernet and TDM services over a single wireless link in various sub-6 GHz frequencies. Ideal for robust and reliable wireless communications in diverse environments.

The ASM-10/8 long range modem operates full or half duplex with synchronous or asynchronous transmission format over unconditioned dedicated copper lines.

ASM-10/8 has an extended range of up to 28 km (17.5 miles) over 24 AWG copper lines and operates at eight selectable data rates of up to 19.2 kbps.

The modem uses conditioned differential diphase modulation (EUROCOM Std. D1), which provides immunity to background noise and eliminates normal line distortion for efficient transfer of serial data over twisted pair cable.

ASM-10/8 is coupled to the dedicated line through isolation transformers which, in conjunction with other circuitry, protect against AC or DC overvoltage. The protection circuitry enables operation even when DC voltage is connected to the line.

ASM-61, a VDSL-based modem, operates in full-duplex mode over 2-wire 19–26 AWG lines.

The VDSL QAM technology is used to improve the bandwidth utilization and ensure efficient transmission, even over poor quality lines.

Transmitting data at 10 Mbps, ASM-61 can be used in LAN extension applications. In these applications the modem achieves a typical range of up to 1.0 km (0.6 miles).

Note: The typical range is based on error-free real line lab tests without noise.

ASMi-54C is a family of SHDSL/SHDSL.bis Ethernet and TDM modules for the Megaplex-4 chassis that delivers digital data to customer premises over existing copper cables of the distribution network.

BE-1 is insensitive to the direction of the signal, allowing transmit and receive lines to be reversed without affecting operation.

BE-1 is a miniature, lightweight Balun. It operates without AC or DC power and provides up to 1000V isolation voltage for protection against AC and DC overvoltage on the line.

BiDi-QSFP28-DD Adaptor is a miniature, passive device. It requires no configuration or separate power source. It simply clips onto existing SFP, SFP+, SFP28, QSFP28, QSFP-DD, QSFP+, or CFP-2 transceivers with LC connectors, to perform a simple dual to single bi-directional fiber connection.

This low-cost 1G/10G/40G/100G/200G/400G QSFP adaptor doubles fiber capacity while avoiding the need for costly new fiber/transceiver deployments.

The RAD patented BiDi miniature passive adaptor fits any QSFP/SFP transceiver to perform a simple dual to single bi-directional fiber connectivity. Simple to deploy, this compact adaptor doubles fiber capacity while avoiding costly new fiber/transceiver deployments and frees up fiber for other services

Ceragon’s wireless transport platform meets the need for any scale, in any topology and at any frequency, combined with an advanced security feature set and low-latency performance. It’s available in all-outdoor, split mount and all-indoor configurations supporting 6.86 GHz frequency range.

The Ceragon IP-50 series resolves modern wireless transport challenges via disaggregation that is implemented in three independent innovation paths: Radio, networking hardware, and networking software.

• Point-to-multipoint data/voice services
• Data encapsulation protocols V.110, R111, Oversampling,
• Terminal server functionality for serial data transport over IP/TCP/UDP, SSH
• Voice service conversion (PCM, ADPCM, G729A, RTP)
• Service level protection
• Gateway from TDM to IP for both data (UDP/TCP) and voice (RTP)
• Highly efficient multicore processes and algorithms.
• Signaling plane including data and voice protocols
• DS0 and sub-DS0 cross-connect
• Powerful PW Interworking
• High scale terminal server and PW interworking
• Serial protocol conversion
• Ethernet bridging and routing.
• Highly efficient multicore/multithread latency optimized processes and algorithms.

RAD’s CES Processor (CESP) virtual TDM engine is a data/voice virtual machine processing engine that can be installed on any X.86 or ARM platform.

AD’s CypherPlug® is a miniature IP-level network security device that encrypts traffic over any IP network.

CypherPlug’s innovative design breaks through the barriers of cost and complexity for customers who seek to add a higher level of security to their networks.

CypherPlug is an SFP sleeve form factor, capable of hosting any standard MSA compatible 100M or 1GE SFPs. CypherPlug transparently envelops a large variety of SFPs, enabling full reuse of customer equipment and seamless deployment over multiple access infrastructure types, such as short-haul and long-haul fiber connections, bidirectional single-fiber links, and copper lines.

The SFP sleeve is easily pluggable into standard MSA compatible SFP ports of switches, routers, DSLAMs and mobile base stations, eliminating the use of external power and reducing space and cabling expenses.

CypherPlug’s functionality is based on a powerful FPGA that enables easy customization to additional or different customer requirements.

RAD’s CypherPlug® is a miniature IP-level network security device that encrypts traffic over any IP network.

CypherPlug®’s innovative design breaks through the barriers of cost and complexity for customers who seek to add a higher level of security to their networks.

CypherPlug® is an SFP sleeve form factor, capable of hosting any standard MSA compatible 100M or 1GE SFPs. CypherPlug® transparently envelops a large variety of SFPs, enabling full reuse of customer equipment and seamless deployment over multiple access infrastructure types, such as short-haul and long-haul fiber connections, bidirectional single-fiber links, and copper lines.

The SFP sleeve is easily pluggable into standard MSA compatible SFP ports of switches, routers, DSLAMs and mobile base stations, eliminating the use of external power and reducing space and cabling expenses.

CypherPlug®’s functionality is based on a powerful FPGA that enables easy customization to additional or different customer requirements.

CypherPlug^® is a miniature IP network security device that encrypts traffic over any IP network. Housed in an SFP sleeve, it allows seamless protection enhancement of any existing SFP-based network device.

The D-NFV modules add to Megaplex-4 a built-in standard Intel x86 core that hosts virtual machines providing virtual network functions (VFs) or value-added service capabilities. This new capability provides a quick and easy way to introduce new services and applications with the benefit of function localization at the customer premises. For U&T the modules provide a way to implement new functionalities and applications into the multiservice platform and to integrate OT and IT equipment into one chassis. They also provide an easy way to cope with new regulatory requirements (such as NERC-CIP).

The ETS-1-100G switches are high performance devices that can be used as aggregation or transport switches in carrier networks and as top-of-rack or end-of-row switches for data centers.

The ETS-1-100G family features a variety of ports operating either at up to 40 Gbps (QSFP+) or 100 Gbps (QSFP28) upstream, and 1 Gbps (SFP)/10 Gbps (SFP+) downstream. 100G ports can split into 4 x 25 Gbps using breakout cables, such as DAC (Direct Attach Cable) or AOC (Active Optical Cable).

The non-blocking architecture guarantees lossless packet forwarding at wire speed with minimum and predictable delays for all types of traffic.

The ETS-1-100G Ethernet switch is a high-performance device that can be used as aggregation or transport switch in carrier networks and as a top-of-rack or end-of-row switch for data centers. Delivering up to 6.4Tbps, the ETS-1-100G’s non-blocking architecture guarantees lossless packet forwarding at wire speed, with minimum and predictable delays for all types of traffic.

New generation access switches provide end users connectivity to large-scale corporate networks, small and medium business networks, and service provider networks, using 1G/10G interfaces.

The switches support physical stacking, VLANs, multicast groups, and advanced security.

The ETS-1-10G Ethernet switch is a next generation access switch that provides connectivity to large-scale networks, small and medium business networks, and service provider networks. Featuring a high port density of 10 Gigabit Ethernet interfaces, the switch enables VLAN-based quality of service (QoS) and advanced security.

ETS‑1‑10G‑A switches are high performance devices with 10GBASE-R/1000BASE-X that can be used as aggregation switches in carrier networks and small data centers.

The devices support operating bandwidths of 1 Gbps (SFP/UTP) and 10 Gbps (SFP+), which enable flexible use and smooth transition to higher data rates. The non-blocking architecture guarantees lossless packet forwarding at high loads with minimum and predictable delays for all types of traffic.

The front-to-back cooling provides effective cooldown in modern data centers.

The redundant and hot-swappable AC/DC power supplies with advanced hardware monitoring functions provide high reliability and uninterrupted services.

New generation access switches provide end users connectivity to large-scale networks, small and medium business networks, and service provider networks, using 10 Gigabit Ethernet interfaces.

The switches support VLANs, multicast groups, and advanced security.

New generation access switches provide end users connectivity to large-scale networks, small and medium business networks, and service provider networks, using Gigabit Ethernet interfaces.

The switches support VLANs, multicast groups, and advanced security.

The ETS-1-1G Ethernet switch is a high-performance device suitable for various roles, serving as network edge, aggregation, or transport switches in carrier networks. It is ideal for upgrading outdated infrastructure, offering cutting-edge ethernet network switch capabilities. Additionally, it functions effectively as top-of-rack (ToR) or end-of-row switch in data centers.

New generation access switches provide end users connectivity to large-scale networks, small and medium business networks, and service provider networks, using Gigabit Ethernet interfaces.

The switches support VLANs, multicast groups, and advanced security.

Digital transformation accelerates the adoption pace of new services. Service providers deliver value-added services from their data centers, including networking (e.g., voice, secure Internet access) and IT (e.g., cloud on-ramp) services.

ETX-1p is a branch office CPE, enabling business customer transition to the cloud.

ETX-1p features a security hardened operating system, optimized to provide maximum performance with small SW footprint.

By combining powerful networking capabilities with flexible connectivity options, rich management interfaces, and
embedded security services, ETX-1p enables service providers to deliver advanced IP-VPN services, as well as value added virtual services from the data center to the customer branch.

When equipped with LoRaWAN radio, ETX-1p aggregates multiple low-power low-bandwidth sensors/meters deployed over a wide area. This provides an ideal solution for rural and other non-dense areas saving CAPEX and OPEX.

ETX-1p is a business router, which also serves as an economical CPE for ethernet access, enabling business customers to transition to the cloud. In addition, it combines LoRaWAN and state of the art cyber security, functioning as a LoRaWAN gateway.

ETX‑2 is ideal for carriers, service providers, municipalities, wholesale providers, and mobile operators seeking to offer unified SLA-based Ethernet business services, such as E-Line, E-LAN, E-Tree, and E-Access.

The ETX-2 PM Controller is a high capacity, central generator for always-on performance monitoring (PM), on-demand testing, diagnostics, and troubleshooting of mobile backhaul networks, as well as for premium Carrier Ethernet and IP business services. It uses a wide variety of standard tools to provide deep visibility into network
and service performance, ensure optimal quality of experience for users of LTE/LTE-A backhauling networks, and support rapid small cell deployments.

Carrier Ethernet demarcation device and EAD that connects customer premises to the carrier’s network and is responsible for managing traffic, ensuring quality of service (QoS), and monitoring network performance to meet stringent SLA requirements.

As business requirements for global connectivity continue to increase, service providers are looking for effective solutions to quickly expand network coverage for Carrier Ethernet based VPN services.

ETX-203AX-T, an important addition to the RAD ETX-2 family of Ethernet demarcation devices, enables service providers to rapidly roll out Ethernet services using LTE or Broadband access. It enables extending Ethernet services over LTE in locations where fixed-line access is not available. Alternatively, LTE or Broadband access may be used as backup for an optical primary connection, increasing service reliability. (See the dedicated
ETX-2 datasheet for details on ETX-203AM, ETX-203AX, ETX-205A, and ETX-220A – members of the ETX-2 Carrier Ethernet Demarcation device family.)

This unique device provides the complete set of ETX-2 family MEF Carrier Ethernet 2.0 features, enabling delivery of service assured VPN services. At the same time, it enables secure tunneling of Ethernet EVCs over public Internet, or over a thirdparty IP network, with the ability to choose from an optional integrated LTE modem or go directly to the Broadband CPE/modem.

Carrier Ethernet demarcation device and Ethernet Access Device (EAD) that enables communication service providers to rapidly roll out Ethernet services using LTE, Broadband or 5G access, where fiber is not available. It can also use such connections as backup for an optical primary connection, increasing service reliability.

Advanced Carrier Ethernet demarcation and Ethernet Access Device (EAD) for SLA-based business services and mobile backhaul. It ensures delivery and monitoring of SLA-based, MEF-certified CE 2.0 and MEF 3.0 services.

ETX‑2i is ideal for carriers, service providers, municipalities, wholesale providers, and mobile operators seeking to offer unified SLA-based Ethernet business services, such as E-Line, E-LAN, E-Tree, and E-Access, as well as L3 VPNs and value-added services using virtualization at the customer edge.

Incorporating a complete set of Carrier Ethernet service tools, ETX-2i-100G is ideal for carriers, service providers, municipalities, wholesale providers, and mobile operators seeking to offer unified SLA-based Ethernet business services, such as E-Line (EVL, EVPL), E-LAN (EPLAN, EVPLAN), E-Tree (EP-TREE, EVP-TREE),
Access E-Line, and Transit E-Line services certified with MEF 3.0 and CE 2.0.

ETX-2i-100G enables operators to deliver service level guarantees, by supporting multi-layer diagnostics, fine-grained SLA enforcement, and accurate performance monitoring. Built-in service activation testers verify end-to-end network performance.

ETX-2i-100G MEF Carrier Ethernet access and demarcation device enables advanced networking demarcation for SLA-based, L2 business services and wholesale at high speed rates up to 100 Gigabit Ethernet (100 GbE) MEF 3.0 certified. This EAD provides clean 100 Gigabit Ethernet (100 GbE) hand-offs and 100G Ethernet aggregation from dense 25/10 GbE spokes to a single 100 GbE uplink.

ETX‑2i‑10G, ETX‑2i‑10G‑B are ideal for carriers, service providers, municipalities, wholesale providers, and mobile operators seeking to offer unified, SLA-based Ethernet business services, such as E-Line, E-LAN, E-Tree, and E-Access, as well as L3 VPNs and value-added services using virtualization at the customer edge.

Advanced 10Gb Ethernet demarcation and aggregation device and EAD, delivering SLA assured, MEF 3.0 certified Carrier Ethernet VPN services to business and wholesale customers, as well as for mobile backhaul, including MTU (multi-tenant unit) building deployments where multiple clients share a single basement demarc. 10GbE is an Ethernet standard delivering 10 Gbps bandwidth with low latency for data-hungry apps (cloud, AI, video, storage).

1G Ethernet (1GbE) Carrier Ethernet demarcation device, Ethernet Access Device (EAD) and next-generation NID/NTU that enables MEF 3.0-certified networking demarcation. It is ideal for SLA-based, L2 and L3 business services, wholesale network services and mobile backhaul at connection rates of up to 1-GbE. This Ethernet demarcation device is built for assured service activation, visibility, and lifecycle performance.

Cloud migration, storage replication, disaster recovery, hybrid cloud architectures, and multi-site business applications – continue to fuel the need for high capacity, low latency connectivity, in addition to recent years of even higher bandwidth requirements for AI training and AI inferring. Suitable for massive east–west traffic is generated as organizations train models, and operationalize distributed inference across enterprise sites, data centers and clouds. The ETX-2i-400G is engineered to meet the ultra-high capacity, low latency, and security demands of modern data center interconnect. It delivers assured performance with advanced traffic management,
hierarchical QoS, readiness for line rate MACsec encryption, and a quantum safe security framework, supporting massive data transfer across data centers, clouds and enterprise sites.

The ETX 2i 400G incorporates a comprehensive set of Carrier Ethernet service tools, making it ideal for carriers, service providers, municipalities, wholesale providers, and mobile operators. It supports unified, SLA based Ethernet business services including E Line, E LAN, and E Tree service models certified to MEF 3.0 and CE 2.0.

ETX-2i-400G enables operators to deliver service level guarantees, by supporting multi-layer diagnostics, fine-grained SLA enforcement, and accurate performance monitoring. Built-in service activation testers verify end-to-end network performance.

An advanced 400G Carrier Ethernet demarcation and aggregation device designed to deliver SLA‑based, high‑performance networking services for massive data transfer across data centers, clouds, enterprise sites, and edge locations. Built for AI‑driven network demands, the ETX‑2i‑400G provides ultra‑high capacity, predictable low latency, and enhanced security, making it the ideal solution for efficient, scalable, and resilient Data Center Interconnect (DCI) and next‑generation enterprise connectivity.

For business service applications, ETX-2v fits centralized, decentralized, or a mix of both implementation modes.

In centralized deployments, ETX-2v acts as a “pCPE” by decoupling the operating system networking and NFVI
capabilities.

In decentralized deployments, ETX-2v functions as a “uCPE” (universal CPE), hosting an array of VNFs (see separate documentation on vCPE-OS).

The ETX-5 Carrier Ethernet aggregation platform, together with the ETX-2 Carrier Ethernet demarcation device, are the main components of RAD’s Service Assured Access solution, providing SLA-based services, Ethernet business services, legacy TDM service emulation and mobile backhaul. It is ideal for carrier-to-carrier connectivity applications complying with MEF 26, as well as for high capacity grooming of Ethernet OAM and
performance monitoring sessions. This 3U modular system features high port density for space-restricted facilities.

ETX-5 features non-blocking architecture, allowing wire-speed forwarding of all packet sizes. It is designed for high availability and “Always-On” service.

Highly flexible FlexVNF software allows customers to deploy a broad spectrum of software-defined solutions from SDRouting, SD-Security, and Secure SD-WAN. Regardless of where each function is deployed, all network and security functions are provisioned and managed centrally through the Director single-paneof-management platform.

FlexVNF includes the broadest set of VNFs in the industry – from a full set of networking capabilities, including SD-WAN, to a wide range of basic and advanced security functions – making it possible to seamlessly design rich managed services and enterprise architectures softwaredefining the enterprise branch with agility.

FlexVNF is purpose-built with many carriergrade operational capabilities, including a distributed control and data plane fabric with built-in elasticity and capacity ondemand. Powerful service chaining for oth Versa and third party services, including appliances, enables providers and enterprises to easily integrate multiple network and security functions into complex managed services and enterprise architectures.

Another key Versa capability for improving operational efficiency and service agility, as well as lowering total costs, is multitenancy. FlexVNF has built-in multitenancy that enables service for thousands of customers, segments, and organizations providing deployment flexibility, security, and economy of scale.

FlexVNF is fundamentally different than proprietary and expensive network equipment. Deployed on low-cost Intelbased servers and appliances utilizing advances in the latest processors and virtualized infrastructure, FlexVNF radically reduces capital purchases and expensive upgrades/ refreshes that are common with legacy network hardware devices.

FlexVNF supports the widest set of deployment options in the industry, and can be deployed in both legacy networks, cloud, and new SDN environments. It can run on bare metal servers and white box appliances, hypervisor VMs (VMware ESXi & KVM), IaaS platforms (Amazon and Google) or Linux containers.

FlexVNF takes full advantage of multisocket and multi-core processors and Intel DPDK support for maximum use of the underlying compute resources, resulting in excellent performance and throughput.

FlexVNF is operations-ready and supports standard protocols and log formats, including Syslog, IPFIX, SNMP, and Netconf, making it compatible with existing network management, monitoring, and reporting systems.

The result is multi-tenant cloud IP software services platform with integrated networking and security services that can scale out and in on-demand, while maintaining service continuity and delivery of Versa network and security functions – all with significantly reduced hardware costs and better service agility.

The HS-ETH Ethernet Bridge/Router modules connect remote Ethernet LANs to a central Ethernet network, over the Megaplex-2100/2104 E1/T1 link. HS-ETH modules are available with one, two or four LAN interface channels, each with an integral high-performance, remote, selflearning Ethernet bridge or a small IP router. The UTP Ethernet LAN interface conforms to IEEE 802.3.

Communication between HS-ETH modules is over timeslots allocated on the Megaplex E1/T1 main links. The bandwidth for each HS-ETH channel can be selected from 56/64 kbps, up to 1984 kbps on E1 links, or up to 1536 kbps on T1 links.

HS-ETH/SW provides the Megaplex system with four 10/100BaseT Ethernet LAN ports that use auto-egotiation for plug-and-play Ethernet connectivity.

With each LAN port operating independently of the other ports (when receiving VLAN-tagged frames), a single
HS-ETH/SW module can simultaneously provide several bridging connections, each supported by one of 16 internal WAN ports (timeslot bundles). HS-ETH/SW can also be used in Layer-3 routing applications, such as grooming management data generated by modules from multiple locations.

The HS-U-6 and HS-U-12 modules feature 6 and 12 data channels, respectively, with each channel operating at rates of up to 128 kbps. Each channel incorporates an integrated “U” interface Line Termination (LT), enabling data transmission to a remote Network Termination (NT) over a 2-wire unconditioned line.

IPmux®-16L is a TDM pseudowire access gateway, extending TDM-based services over packet switched networks. It also serves as an Ethernet-based access device.

IPmux®-1E provides legacy services over packet networks. The device converts the data stream from its user E1/T1, analog telephone or ISDN ports into packets for transmission over the network. The frame format of these packets is IP or Ethernet. These packets are transmitted via the IPmux-1E Ethernet network port to the PSN. A remote pseudowire device converts the packets back to the original user traffic format.

A powerful internal Layer-2 Ethernet switch provides a user Ethernet port with rate limiting and port-based VLAN tagging capabilities.

The device supports standard IP features, such as ICMP (ping), ARP, next hop and default gateway.

The unit provides a legacy over PSN solution for transmitting E1 streams over packet switched networks (PSNs). The device converts the data stream from its user E1 ports into packets for transmission over the network. The addressing scheme of these packets is IP or MPLS.

IPmux-4L is a TDM pseudowire access gateway extending TDM-based services over packet switched networks. It also serves as an Ethernet-based access device.

IPmux-4LGE is a TDM pseudowire access gateway extending TDM-based services over packet switched networks.

The enhanced K21 surge protection cables intended for indoor use prevent hardware damages caused by current surges and voltage spikes.

A single-phase AC protector defends against lightning overvoltage for both common and differential modes.

The surge protection unit is built into a standard power cable intended for RAD devices that do not have integrated protection.

To match a specific K21 cable to your device, please contact your RAD representative. For example:
• ETX-203AX, ETX-2i-64E1, ETS-1 can use CBL-K21-EURO
• ETX-2i-100G can use CBL-K21-EURO/EN
• ETX-2i does not require any K21 cable.

Kilomux system operation and management, including configuration, diagnostics and monitoring local and remote units, can be performed via ASCII terminal, Telnet, or RADview. An ASCII terminal can be connected locally, through dial-up modem or via Telnet.

RADview, RAD’s Network Management System running over PC or UNIX (HP OpenView), monitors and controls
multiple Kilomux-2100/2104 chassis from a central station via a user friendly GUI.

The system provides direct online supervision, configuration, diagnostics and alarm reception. Storing all configuration information in non-volatile memory ensures data integrity in the event of power failure.

The KML.7 main link module allows direct connection of Kilomux to fractional T1 services, eliminating the need for external conversion equipment. KML.7 places Kilomux framed information over standard T1 frames that can be transmitted via a T1 network to another Kilomux on the remote side.

KML.7 is compatible with all carrier provided T1 services, meeting ANSI and AT&T requirements (AT&T 62411, 62421; ANSI T1.403). Both D4 and ESF framing formats are supported. Zero suppression is selectable for Transparent, B7ZS or B8ZS.

The KML.8 main link module allows direct connection of Kilomux to fractional E1 services, eliminating the need for external conversion equipment. KML.8 places Kilomux framed information over standard E1 frames that can be transmitted via an E1 network to another Kilomux at the remote end.

KML.8 is compatible with all carrierprovided E1 services, complying with ITU-T Rec. G.703, G.704 and G.732. Both two (256N) and 16 (256S) frames per multiframe formats are supported. CRC-4 and E bit, comply to G.704. CRC-4 performance monitoring complies to G.706 and G.821. Zero suppression over the line is HDB3.

KML.8 operates at the following link speeds: 56, 64, 128, 256, 384, 512, 768, 1024 and 1536 kbps. Three timing options are available: LBT (clock is locked on the network), Internal and DCE (external).

The Kilomux composite link is placed into one to 24 timeslots on the E1 frame. The first timeslot on the E1 frame is user-configurable, followed by sequential timeslots assigned by the system according to data rate.

Diagnostic capabilities include local and remote loopbacks on the E1 link.

KML.8 parameters are monitored and controlled via the Kilomux management systems.

The KML.F fiber optic main link module enables a long-range connection between two Kilomux units, eliminating the need for external conversion equipment. KML.F transmits Kilomux framed information over a fiber optic connection to another KML.F equipped Kilomux on the remote end.

KML.F operates at data rates of 128, 192, 256, 384, 512, 768 and 1536 kbps. The data rate is determined by the main link rate, the protocol and the channel rate, and is not influenced by the KML.F interface itself. Three transmit timing options are supported: LBT (clock is locked on the network), Internal and DCE (external).

The fiber optic interface operates over several grades and sizes of fiber optic cable. The type of fiber optic interface chosen depends on the type of cable available and the operating distances required.

Various optical interfaces are available:
• 850 nm with LED transmitter, for use over multimode fiber with typical distances up to 5 km/3 miles
• 1310 nm with laser diode transmitter, for use over single mode fibers for extended range up to 50 km/31 miles
• 1550 nm with laser diode transmitter, for use over single mode fibers for extended range up to 100 km/62 miles.

KVC.1M is a voice module transmitting high quality voice over the Kilomux link.

KVC.1M digitizes the analog voice traffic using either the PCM or ADPCM technique. When using PCM, voice is digitized at 64 kbps, A-law. When using ADPCM, voice is digitized at selectable rates of 16, 24 or 32 kbps, according to the quality desired and the available main link bandwidth. The Kilomux main link bandwidth is limited to 768 kbps when operating with KVC.1M modules.

Perfect toll quality reproduction is guaranteed when using PCM or 32 kbps ADPCM, complying with ITU G.711
and G.721, respectively. High quality voice reproduction is attained at 16 and 24 kbps, ADPCM.

KVF.4 is a Kilomux voice module providing high-quality compression of two voice channels for maximum utilization of the main link bandwidth.

KVF.4 compresses the analog or digital (ISDN) voice signal at selectable rates of 4.8, 6.4, 7.2, 9.6 or 12.8 kbps. The data rate is soft-selectable, according to the quality desired and the available main link bandwidth.

For data rates of 6.4 kbps and above, voice compression is based on the MPMLQ (Multipulse Maximum Likelihood Quantization) speech coding technique, as defined in the ITU G.723.1 Standard. The compression at 4.8 kbps uses a proprietary compression technique.

Toll voice quality (comparable to 32 kbps ADPCM) is achieved when using a digitizing rate of 6.4 kbps and above; very high voice quality is achieved when using 4.8 kbps compression ratio.

LA-110 is an advanced Integrated Access Device (IAD) offering voice, data, and LAN service extension over ATM or packet-switched networks.

LA-130 delivers TDM and ATM services over ATM and packet-switched networks. It aggregates and optimizes TDM and ATM traffic over DSL link in 2G and 3G cellular backhaul applications.

LA-210 is suitable for incumbent carriers employing a copper infrastructure to deliver data services using DSL technology, via extensive existing DSLAM deployments. The ability to serve both as a DSL modem and as an Ethernet demarcation point makes LA-210 suitable for carriers that want to deliver Ethernet services over
different infrastructures, such as DSL. The 22 Mbps bandwidth achieved using LA210 covers the customers that are not yet served via fiber, but want to receive Ethernet services at higher rates.

LA-210 is also suitable for Tier 2/alternative carriers. With more and more copper unbundling, this type of
customer wants to deliver Ethernet services to their customer base. Once the copper is unbundled, the DSL becomes important for these operators as well.

LRS-24 is a high-density SNMP managed modem rack. The chassis has 12 slots that accommodate up to 48 individual modems (with quad cards). Using modular interface cards, LRS-24 can support xDSL, fiber, or baseband modems in the same chassis under a single management application.

The rack supports different modem technologies and enables a wide range of data rates from 1.2 kbps for IDSL modems to 4608 kbps for SHDSL modems, up to 45 Mbps for fiber modems. These modem technologies enable ranges from 1.75 km (1 miles) at 2 Mbps over copper to 110 km (68 miles) over fiber optic cables.

M-ETH is a high-density, 8-port I/O module that enables cost-efficient Gigabit Ethernet connectivity. It provides the Megaplex-4 multiservice access nodes with multirate FE/GE interfaces.

The M-ETH module can be used to provide LAN connectivity among Ethernet ports on the same module, as well as Ethernet services, thus eliminating the need for an external switch while providing a dependable Ethernet connectivity solution.

Coupling the Ethernet I/O module with the CL.2/A module adds Service Assured Access capabilities to Megaplex, allowing operators to more easily plan, deploy, provision, and maintain existing and new services with lower TCO, while offering resilient, always-on service with predictable QoS/QoE.

M-ETH complements the ability of Megaplex-4 to handle a broad range of Ethernet, data and voice servic es, meeting all Service Assured Access and Service Migration Hybrid Access solution needs.

The M16E1 and M16T1 modules enable direct connection of Megaplex-4 to up to 16 E1 or T1 lines. Up to 10 modules can be installed in a single Megaplex-4100 chassis, providing it with up to 160 E1/T1 ports. The compact Megaplex-4104 chassis accommodates up to 4 modules, providing up to 64 E1/T1 ports.

The M16E1, M16T1 modules have 16 independently configurable E1/T1 external ports. The E1 interface is compatible with all carrier-provided E1 services, meeting the requirements of ITU-T Rec. G.703, G.704 and G.732.

It operates in both 2 (G732N) and 16 (G732S) frames per multiframe formats, as well as in unframed mode. CRC-4 and Ebit are also supported, complying with G.704 recommendations. Zero suppression over the line is HDB3.

The T1 interface is compatible with ANSI requirements. Both D4  and ESF framing formats are supported. Zero suppression is selectable for Transparent, B7, or B8ZS.

Diagnostic capabilities include local and remote loopbacks and BER test on the E1/T1 ports and inband code-activated loopbacks specified in ANSI T1E1.2/93-003 (T1 interface only). Performance statistics for the E1/T1 ports may be obtained and analyzed via the Megaplex management system.

The M8E1/M8T1 modules connect Megaplex-4 to up to 8 E1 or T1 lines. Up to 10 modules can be installed in a single chassis, providing Megaplex-4 with up to 80 E1/T1 ports.

In addition to providing E1/T1 interfaces for Megaplex-4 units, M8E1, M8T1 modules provide packet-based Fast
Ethernet services.

The M8E1/M8T1 modules have two types of external ports:
• Eight independently configurable E1/T1 external ports for E1/T1 services
• Three 10/100 Mbps Ethernet ports, for packet-based services.

The Megaplex M8SL module employs Single-pair High speed Digital Subscriber Line (SHDSL) technology, as standardized by ITU-T Rec. G.991.2. This SHDSL E1 module offers a cost-effective solution for delivering digital data to customer premises over the existing copper cables of the distribution network while eliminating the need for repeaters.

In addition to providing SHDSL interfaces for Megaplex-4100 units, M8SL modules enable packet-based Fast Ethernet services.

M8SL modules have two types of external ports:
• Eight SHDSL independently configurable external ports for SHDSL services
• Three 10/100 Mbps Ethernet ports, for packet-based services.

Various customers can benefit from the Megaplex-1 solution:
• Users with mixed Ethernet and TDM services
• Users looking for a future-proof migration path to IP connectivity
• Owners of facilities sensitive to space or climate constraints

Its ability to handle a broad range of Ethernet, data and voice services in a single compact managed node, makes Megaplex-1 an ideal access solution for diverse network operators and service providers. It also provides a perfect fit for utilities and transportation companies that require an efficient way to transport and provision multiple legacy and next-generation services over their high capacity pipes.

EN50121-4 compliant ordering options are certified for railway applications.

RAD’s Megaplex-1 is a compact, highly reliable multiservice access node that transports analog and TDM traffic originating from legacy circuit-switched devices, over packet switched networks (PSNs).

MP-2100/2104 is a modular integrated access TDM multiplexer, which integrates multiple dedicated data, voice, ISDN and LAN channels over multiple main (network) links. MP-2100/2104 equipped with 8-port main link modules in conjunction with 12-port high-speed modules provides a traffic payload capacity of up to 248 DS0 timeslots.

The flexible, modular MP-2100/2104 with a wide choice of I/O (user interface) modules was designed for applications ranging from small campus networks to multi-site corporate networks or extensive carrier access solutions.

The equipment conforms to international standards, ensuring compatibility in multi-vendor environments worldwide.

Various users can benefit from the Megaplex-4 solution:
• SDH/SONET customers who need to maximize bandwidth utilization of their network
• Subscribers with mixed Ethernet and TDM services
• Subscribers looking for a future-proof migration path to IP connectivity
• Dual network owners using SDH/SONET for voice, and packet for data.

Its ability to handle a broad range of Ethernet, data and voice services, as well as a large variety of network technologies in a single compact managed node, makes Megaplex-4 an ideal core/edge solution for carriers and service providers. It also provides a perfect fit for large enterprises, utilities and transportation companies that require an efficient way to transport and provision multiple legacy and next-generation services over their high capacity pipes.

RAD’s cabling solution offers improved cabling management for the Megaplex-4 next generation multiservice nodes extensively employed in the Utilities, Transportation and Service Providers markets.

The three types of patch panels used as building blocks cover any modular application built by Megaplex-4.

A carrier-class, high-capacity multiservice access concentrator for delivering legacy and next-generation services over TDM (PDH/SDH/SONET) and packet switched transport networks (PSN). Megaplex-4 operates as an aggregator, high-capacity DS0 cross-connect, and multiservice access node.

Deployment scenarios include mobile networks, such as LTE and LTE-A, with a particular focus on small cell applications. Furthermore, support of simultaneous L2/L3 PTP distribution also provides a cost-effective upgrade solution for legacy networks, by supporting SDH replacement scenarios.

MiCLK’s deployment location is versatile. Due to its pluggability and cost-effectiveness, MiCLK can be placed close to base stations in order to reduce packet delay variation and asymmetry. Furthermore, MiCLK saves CAPEX by adding timing capabilities to existing aggregation points, servicing dozens of base stations.

RAD’s MiCLK^® is the world’s first Grandmaster on an SFP, allowing easy upgrades for existing base stations and mobile backhaul equipment to support IEEE 1588 for LTE/LTE-A and 5G deployments.

MiNID^® is a field-programmable miniature L2/L3 network interface device (NID) available as an SFP sleeve. This network interface device, functions as an Ethernet access device (EAD) features remote monitoring and fault isolation, as well as remote packet capture and micro-burst measurement capabilities.

As an important part of the toolkit offered by RAD’s Service Assured Access portfolio, MiNID is the perfect solution for service assurance in residential and mobile backhauling networks, small cells, business services, and wholesale services.

As a service demarcation device, MiNID ensures proper service handling throughout the service provider’s network by policing customer traffic, attaching service VLANs, and adding priority marking to multiple services at the customer premises.

Simultaneously, MiNID offers multi-layer performance monitoring tools for every service. At Layer-2, it offers OAM and PM tools that actively measure key performance indicators including delay, jitter, and packet loss rate. At Layer-3, its integrated TWAMP Light controller/responder and UDP echo responder allow seamless monitoring across any packet network and in multi-vendor environments.

For the mobile backhauling, MiNID can offer Sync-E support including transparent ESSM message forwarding.

Smart SFP Ethernet to E1/T1 remote bridges, connecting Fast Ethernet or Gigabit Ethernet LANs over framed or unframed E1 or T1 circuits.

MiRICi-E1/T1 can be used in the following application:
• Transparent LAN services over leased lines
• Remote branch connectivity over E1/T1 lines
• Connecting LANs over E1/T1 radio links or in campus applications.

MiRICi-E3T3 forwards Fast or Gigabit Ethernet packets to a TDM-based WAN at full duplex wire-speed, fully utilizing the expensive E3 or T3 TDM bandwidth.

MiRICi-E3T3 can be used in the following applications:

· Transparent LAN services over leased lines
· Remote branch connectivity over E3/T3 lines
· Connecting LANs over E3/T3 radio links or in campus applications.

MiTOP-E1/T1 is a TDM pseudowire (PW) access gateway extending TDM-based services over packet-switched networks.

Housed in a Small Form-Factor Pluggable (SFP) enclosure, it is designed for quick and simple insertion into any 100/1000BaseFx Ethernet port with an MSA-compatible socket.

MiTOP-E1/T1 is a simple and cost-effective alternative to external, standalone gateways or conversion cards for each user device, saving on space, power consumption, cabling, and simplifying management.

Smart SFP TDM pseudowire gateways, transporting framed or unframed E1/T1 or E3/T3 traffic, respectively, over Ethernet, IP and MPLS networks.

MiTOP‑E3/T3 is a TDM pseudowire (PW) access gateway extending E3/T3 services over packet-switched networks.

Housed in a Small Form-Factor Pluggable (SFP) enclosure, it is designed for quick and simple insertion into any
100/1000BASE-FX Ethernet port with an MSA-compatible socket.

MiTOP‑E3/T3 is a simple and cost-effective alternative to external, standalone gateways or conversion cards for each user device, saving on space, power consumption, cabling, and simplifying management.

The ML-1/2 electrical copper interface and MLF-1/2 fiber optic interface modules connect Megaplex-2100/2104 to one or two E1/T1 lines.

Multiple main link modules can be installed in a single chassis, giving Megaplex a capacity of up to four full E1 links or five full T1 links, for both point to point and point-to-multipoint applications. Alternatively, multiple fractional E1/T1 links can be used.

The E1/T1 ring functionality can be configured in a single database, allowing an unlimited number of nodes per ring with protection speed of up to 5 seconds.

E1 link modules are compatible with all carrier-provided E1 services, meeting the requirements of ITU-T Recommendations G.703, G.704 and G.732. They support both two (256N) and 16 (256S) frames per multiframe formats. They also support CRC-4 and E bit, in compliance with G.704 recommendations. Zero suppression over
the lines is HDB3.

T1 link modules are compatible with all carrier provided T1 services, meeting ANSI and AT&T requirements. They support both D4 and ESF framing formats. Zero suppression methods – transparent coding, B7ZS, or B8ZS – can be selected separately for each link interface.

ML-20N is a family of n × 64 kbps main link modules that connect Megaplex-2100 and Megaplex-2104 units to high-speed digital data service networks running at sub-E1 rates (128 to 2048 kbps). In addition, ML-20N can provide backup line support for E1 main links over high-speed digital data lines.

The ML-20N modules are available with one or two links, with a choice of V.35, RS-530/RS-422 or X.21 data interfaces. RS-449 interface is also supported via a supplied adaptor cable (see Ordering). These interfaces operate at main link data rates of n × 64 kbps in the range of 128 to 2048 kbps (n=2 through 32). These rates correspond to payload rates of 64 to 1984 kbps (equivalent to that of a full E1). In addition to operation at a user-selected rate, the operation rate can also be selected automatically (any supported multiple of 64 kbps).

The modules provide redundancy between ports on the same ML-20N/2 module or between ports on different ML-20N modules.

Moreover, ML-20N ports can backup E1 ports, such as the ports of the ML-1E1/ML-2E1/ML-8E1 modules.

The ML-20N modules provide link backup for applications where the traffic is normally carried by E1 links (via modules such as ML-2E1). If the E1 link fails, the traffic is automatically rerouted to a leased line or an ISDN dial-up modem connected via the ML-20N port.

The ML-8E1 and ML-8T1 modules enable direct connection of Megaplex to up to 8 E1 or T1 lines. Up to 12 modules can be installed in a single chassis, providing Megaplex with up to 96 E1/T1 ports.

The E1 interface is compatible with all carrier-provided E1 services, meeting the requirements of ITU-T Rec. G.703, G.704 and G.732. It supports both 2 (G732N) and 16 (G732N) frames per multiframe. CRC-4 and E bit are also supported, complying with G.704 recommendations. Zero suppression over the lines is HDB3.

The E1 interface is equipped with an integral user-enabled LTU, ensuring ranges of up to 2 km (1.2 miles).

The T1 interface is compatible with ANSI requirements. Both D4 and ESF framing formats are supported. Zero suppression is selectable for Transparent, B7ZS, or B8ZS.

The T1 interface is equipped with an integral user-enabled CSU, ensuring ranges of up to 1.6 km (1 mile).

Diagnostic capabilities feature local and remote loopbacks on each port, and local and remote loopbacks per timeslot.

The ML-IP main link module provides a cost-effective and versatile, modular pseudowire (TDMoIP) solution for legacy TDM services over packet networks. It converts the TDM bit stream delivered by the internal Megaplex-2100/2104 backplane from the I/O modules, into IP packets that can be transmitted over packet switched networks.

ML-IP provides standard Ethernet connectivity for Megaplex. The module works with 10/100BaseT or 100BaseF Ethernet equipment, including RAD’s IPmux family of TDMoIP gateways, as part of an integrated corporate or campus IP network.

A Megaplex chassis equipped with ML-IP can be deployed at a main site to provide voice and data services over IP to multiple sites. It can also operate at the local site level with an IPmux unit at the main site, for extending digital PBX services over IP to other sites.

MPF is a standalone DC power supply for SHDSL/SHDSL.bis ASMi-54C modules installed in the Megaplex-4 chassis that deliver phantom power feeding to remote SHDSL/SHDSL.bis repeaters or modems.

Coupling remote power feeding with extended range using RAD’s repeater provides a comprehensive solution for
migration to Next Generation networks.

MPF provides the DC power for up to 80 active ASMi-52/54 modems or repeaters operating in 2- or 4-wire mode.

The device has two output connectors to fit a Megaplex-4100/4104 unit equipped with two PS modules.

MPF is a standalone unit, intended for installation on shelves or in 19-inch racks. The unit height is 1U.

The device also includes a power sense mechanism, alarms relays, fans and LED indicators.

The device is cooled by forced air cooling

MPF is a standalone DC power supply for SHDSL/SHDSL.bis ASMi-54C modules installed in the Megaplex-4 chassis that deliver phantom power feeding to remote SHDSL/SHDSL.bis repeaters or modems.

Coupling remote power feeding with extended range using RAD’s repeater provides a comprehensive solution for
migration to Next Generation networks.

MPF provides the DC power for up to 80 active ASMi-52/54 modems or repeaters operating in 2- or 4-wire mode.

The device has two output connectors to fit a Megaplex-4100/4104 unit equipped with two PS modules.

MPF is a standalone unit, intended for installation on shelves or in 19-inch racks. The unit height is 1U.

The device also includes a power sense mechanism, alarms relays, fans and LED indicators.

The device is cooled by forced air cooling.

Megaplex-4 equipped with the MPW-1 module provides legacy services over packet-switched networks (PSN). MPW-1 receives the data stream from other modules in the Megaplex-4 chassis (E1/T1, SHDSL, data or voice ports) via the Megaplex backplane, and converts it into IP or MPLS packets for transmission over Ethernet, IP or MPLS networks.

The packets are transmitted to the PSN via any MPW-1 Ethernet port or any Ethernet port (GbE, FE or VCG) of a module installed in the chassis. A remote pseudowire device converts the packets back to the original user traffic format.

Various applications can benefit from Megaplex-4 with MS-CESP module:

· Centralized data processing for distributed networks over PSN/TDM (not natively supported by Megaplex-4)
· Perfect solution for low-bandwidth lines, such as satellite links

Its ability to handle a broad range of services by software, makes the solution ideal for applications with broad and changing requirements.

The MS-JNPR module provides an effective solution for power utilities, water utilities, gas and oil firms, transportation companies (railways, ATC) and government bodies (such as army) which intend to migrate their operational networks to new MPLS-based networks, while keeping their legacy services intact and enabling gradual migration from TDM to packet services. The IT/OT convergence and the fact that many companies already use MPLS for their IT networks, can be a driver for integrating MPLS into access devices like Megaplex-4.

MS-SGW aggregates multiple VPNs from remote SecFlow devices and addresses Industrial IoT application, for example:
• Distributed automation in secondary substations
• Smart meter concentration
• Water resources management
• Smart retail.

MS-SGW is usually located behind the organizational firewall. It may also serve as WAN gateway, depending on the customer needs.

Part of the Megaplex-4 Multiservice Modules family, MS-UB adds virtualization capabilities to Megaplex-4, enabling users to install any SW running on Linux release (for example, hypervisor or various VNFs) running on an x.86 server card. Users may develop and release their own customized functions embedded in the Megaplex-4 system.

Customer software installed on the MS-UB module benefits from interfaces and services provided by Megaplex-4, which can interconnect to MS-UB over its Ethernet backplane.

The module has two ordering options differing in the x86 processor type and Ethernet 1 GbE port offering.

The module occupies two module slots in the Megaplex-4 chassis.

OBPS is an Optical Bypass Protection Switching system applied to the field of optical fiber communication and capable of automatically bypassing faulty network nodes in case of power outage. It automatically identifies the power supply status at the network node, and performs optical path bypass when the node fails, thereby avoiding network break caused by the node failure.

OBPS-4×4 provides excellent performance on dual or single fiber optical network. It is suitable for use in Ring or Linear fiber network infrastructure.

RAD offers a series of advanced GPON ONT products designed for next-generation optical access networks delivering FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) services. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., mobile backhaul, MTU, VOD) in enterprise and residential deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN services and SD-WAN networks based on the NFV paradigm.

RAD offers a series of advanced GPON ONT devices designed for FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) deployments of next-generation Optical Access networks. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., CCTV, mobile backhaul, MTU, VOD, IoT) in industrial, enterprises, residential deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN services and SD-WAN networks based on the NFV paradigm.

RAD offers a series of advanced GPON ONT products designed for FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) deployments of next-generation Optical Access networks. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., CCTV, mobile backhaul, MTU, VOD) in enterprises, residential deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN services and SD-WAN networks based on the NFV paradigm.

RAD offers a series of advanced GPON ONT elements designed for next-generation Optical Access networks deployed in FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) scenarios. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging high bandwidth video applications (e.g., IPTV, Mobile backhaul, MTU, VOD) in enterprises, residential
deployments, and aggregation networks.

RAD offers a series of advanced GPON ONT elements designedfor next-generation Optical Access networks deployed in FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) scenarios. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging high bandwidth video applications (e.g., IPTV, Mobile backhaul, MTU, VOD) in enterprises, residential
deployments, and aggregation networks.

RAD offers a series of advanced GPON ONT products designed for next-generation optical access networks delivering FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) services. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., mobile backhaul, MTU, VOD) in enterprise and residential deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN services and SD-WAN networks based on the NFV paradigm.

RAD offers a series of advanced GPON ONT elements designed for next-generation Optical Access networks deployed in FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) formats. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., CCTV, Mobile backhaul, MTU, VOD, IOT) in industrial, enterprise, residential
deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN Services and SD-WAN networks based on NFV paradigm.

RAD offers a series of advanced GPON ONT elements designed for next-generation Optical Access networks deployed in FTTH (Fiber-to-the-Home) and FTTB (Fiber-to-the-Building) formats. The product line addresses the rapidly growing service provider needs for flexible, high-capacity fixed-line broadband solutions to support emerging video applications (e.g., IPTV, Mobile backhaul, MTU, VOD) in industrial, enterprise, residential deployments, aggregation of backhaul traffic from LTE cell sites, enterprise VPN Services and SD-WAN networks based on NFV paradigm.

The OP-108C multiplexer module for the Megaplex-4 chassis combines up to eight E1 channels and two Ethernet links over two fiber optic links from two remote units.

OP-108C has a capacity of up to four E1 streams and 100 Mbps Ethernet traffic from each remote unit.

The Megaplex-4100 chassis provides up to 20 links and Megaplex-4104 – up to 8 links. An Optimux link is a simple and low-cost solution for connectivity over distances of up to 120 km (74.5 miles).

In addition to the resiliency offered by Megaplex-4 (power and CL redundancy), an optional second link in the Optimux modules provides automatic backup upon link failure.

The DS0 cross-connect matrix of the Megaplex-4 chassis enables flexible payload routing in the OP-108C modules, independently configurable for each port, at the individual timeslot (DS0) level.

As a fiber protection switching system, the Optical Bypass Switch (OBPS) is capable of automatically bypassing faulty network nodes in the event of a power outage. It is used in optical fiber communications and fits ring or linear fiber network architectures.

Solutions for WDM/OTN and Dark Fiber applications with Layer 1 encryption. They are ideal for a variety of vertical markets, such as carriers, ISPs, dark fiber providers, data centers, storage facilities, utility companies (railway and power companies), and financial institutions.

PL-1000 is designed primarily to address the growing needs for high data capacity applications such as IPTV, Triple play and NGN which needs to be transported over existing or new fiber infrastructures. The PL-1000’s capabilities, dimensions and competitive cost make it the ideal solution for evolving metro Ethernet networks, enterprise networks, campus environments and central office connectivity.

The PL-1000 supports up to 4 high-speed 10G services. Each Service is configured independently, using PacketLight’s user-friendly Web-based management tool. The PL-1000 can be managed by any 3rd party SNMP system or with PacketLight’s EMS.

The PL-1000 is designed to support point-to-point, Linear ADM and ring topologies with Facility protection. The PL-1000 is a highly integrated device, incorporating Mux/DeMux, EDFA and optical switch for both its transponder and regenerator modes, also enabling simple and cost effective upgrade of existing infrastructure to carry 10G services.

The PL-1000 seamlessly integrates with PacketLight’s WDM product family thus enabling a mixture of 10G and sub 10G services over the same fiber and supporting stackable solution operation of up to 40 DWDM wavelengths.
All optical transceivers, both on the service side and on the WDM-uplink side, are pluggable and replaceable allowing pay-as-you-grow budget planning and simplified maintenance.

The PL-1000D/GD fiber monitoring system facilitates non-intrusive fiber optic network monitoring, providing carriers, dark fiber providers, utilities, and enterprises real-time network diagnostics and improved service level agreements (SLAs).

The device integrates an optical time domain reflectometer (OTDR) and an optical spectrum analyzer (OSA) into a 1U box for minimal rack space and improved CAPEX and OPEX. The PL-1000D/GD saves costs and time as it reduces the need to send technicians to the field, and the need for dedicated test equipment.

The PL-1000E is primarily designed for CWDM/DWDM, Dark Fiber transport solution for high throughput, low latency, data, storage, TDM and ATM connectivity.

PL-1000E is a unique, all-in-one optical product supporting 8G FC, 10G, and sub-10G services. PacketLight solutions integrate a rich feature set with cost effectiveness in a compact 1U chassis and low power consumption.

PL-1000E is a leading CWDM/DWDM platform that combines a variety of multi-rate services allowing maximum flexibility and scalability for fiber optic connectivity. The combination of sub 10G and 10G transponders provide transparent migration from sub 10G to 10G services with zero downtime.

PL-1000E allows to expand to 10G services by simply adding the needed pluggable optic modules (XFPs). This architecture provides true scalability at the minimum possible cost.

The PL-1000E supports the full spectrum of FC protocol rates: 1Gbps, 2Gbps, 4Gbps, 8Gbps and 10Gbps. Together with its extremely low latency, low power consumption, small foot print (1U, ETSI) and affordable cost PL-1000E is best in class CWDM/DWDM solution for connecting two data centers or back up sites.

The PL-1000E is designed to support point-to-point, Linear ADM and Ring topologies with facility protection. The PL-1000E is a highly integrated device, incorporating Mux/DeMux, EDFA and an optical switch, enabling a simple and cost effective upgrade of existing infrastructure which can carry any type of service.

Increasing fiber utilization and spectral efficiency of data transport with PL-1000EM while improving the solution cost.

A solution for transparent multiplexing of 10xGbE interfaces over single protected 10G uplink, in elegant, low latency, and easy to deploy 1U box.

As the need of data capacity and advanced profitable services increases, data centers, ISPs and carriers are faced with a challenge to increase their fiber utilization and service capacity with minimal investments and maximum ROI. PacketLight’s PL-1000EM 10xGbE Muxponder is the perfect solution for this growing need.

PacketLight‘s PL-1000EM 10G Muxponder introduces high density 10x GbE channels with transparent layer-1, ultra low latency mapping to 10G uplink pipe without packet loss. This solution fits perfectly not only for service providers but also for enterprises and the financial market.

PL-1000EM is fully integrated with the rest of PacketLight’s WDM product line PL-400, PL-1000, PL-1000E, PL-1000RO, PL-2000, PL1000IL and PL-300.

The PL-1000EM can be managed by HTTP web browsers, CLI, PacketLight’s EMS or with 3rd party SNMP system.

The PL-1000GM is PacketLight’s 100G Multiprotocol Multirate Muxponder/Transponder for high capacity optical transport solutions.

It is highly integrated platform for providing a unified 100G optical transport layersupporting various client services including protocols: 40G/100G LAN, 10G LAN/ WAN, STM64/OC-192, OTU2/3 and 8G/10G FC. The PL-1000GM is designed to provide 100G transport solution in modular and cost effective way for rolling out services. It uses standards based, pluggable optical modules on all the optical interfaces on both client and line side. It is targeted for meeting the market demands for low power consumption, rack space savings and reduction in the overall solution CAPEX and OPEX by increasing the capacity of enterprise and metro networks.

The PL-1000GM supports a flexible mix of 10G/40G client interfaces for current and future needs aggregating them into a 100G uplink. The platform thus allows migration from current to future service requirement (protocols and rates) without the need to replace the unit.

The PL-1000GM seamlessly integrates with PacketLight’ts PL-2000 and PL1000TN to deliver-carrier, grade high-end 100G solutions capable of serving multiple applications and protocols for Enterprise/Data Center and Metro networks ranging from the Data, Storage, TDM, ATM and Video networks.

The PL-1000GM 1U device supports up to two integrated optical amplifiers, Mux/ Demux and DCM providing the smallest, most integrated transport solution of its kind reaching up to 120Km without intermediate sites.

The PL-1000GT is PacketLight’s 100G Multiprotocol Multirate Muxponder/Transponder for high capacity long haul optical transport solutions.

It is ITU-T OIF standard based platform for providing a unified 100G optical transport layer supporting various client services including: 40G/100G LAN, 10G LAN/WAN, STM64/OC-192, OTU2/3/4 and 8G/10G FC over a single coherent 100G OTU4 wavelength.

The PL-1000GT is designed to provide 100G transport solution in modular and cost effe ctive way for building long distance networks. It uses pluggable optical modules on all the client optical interfaces, as well as standard based protocols on both client and line side. It is targeted for meeting the market demands for low power consumption, rack space savings and reduction in the overall solution CAPEX and OPEX by increasing the spectral efficiency of the optical transport solution by a factor of 10.

The PL-1000GT resolves the market dilemma of having to choose between 40G and 100G solutions by mapping up to two 40G clients into a 100G uplink. The platform thus allows migration from current to future service requirement (protocols and rates) seamlessly without infrastructure replacement.

The PL-1000GT integrates with PacketLight’s PL-2000 and PL-1000TN to deliver carrier-grade, high-end OTN network solutions capable of serving multiple applications and protocols of Data, Storage, TDM, ATM and Video
networks.

Highly suitable for applications such as:

• Building efficient Long-haul networks up to 2000Km spans
• Increasing the capacity and spectral efficiency of existing 10G/40G long-haul networks
• Implementing backbone for Utility, Oil and Gas and mining industry
• High bandwidth connectivity for data center and cloud computing

The PL-1000IL is designed to extend the power link budget of DWDM solutions in a cost effective manner. The PL-1000IL provides amplification for a range of optical solutions starting from 4 wavelengths to up to 40 wavelengths and incorporates several types of low-noise EDFAs Booster, Inline, Pre-Amplifier, Midstage and Raman.

Depending on the customer requirements, the PL-1000IL can operate in APC or AGC modes. The AGC operation mode enables seamless wavelengths add/drop functionality without interference to the other active channels. In addition, the EDFA gain is controlled, adjusted and monitored by the user. The APC operating mode allows the maintenance of constant output power.

The EDFAs are gain flattened and have low Optical Signal to Noise Ratio (OSNR), thus enabling cascading of several EDFAs to form amplified link over long distance. PL-1000IL is fully integrated with PacketLight’s WDM product family. In addition, PL-1000IL unit are fully managed, configured, and monitored via PacketLight’s user-friendly Web-based management tool, PacketLight’s EMS solution or any third party SNMP based management tool.

PL-1000IL is ideal of applications such as:

• Extending the optical link budget to meet distance and attenuation requirements of DWDM networks
• High throughput Metro Ethernet connectivity over large distances
• Upgrade the optical link budget to support 10G services
• Reducing number of regenerators and sites along fiber
• Overcome old fiber infrastructure high loss

ROADM based network architecture simplifies configuration and management of complex DWDM network infrastructure. It offers highly flexible wavelength routing capabilities suitable for mesh, ring, linear add/drop, core and edge DWDM network topologies.

PacketLight’s PL-1000RO offers the ROADM functionality based on the most advance next generation WSS (Wavelength Selective Switch) technology.

PacketLight colorless, directionless, contentionless and gridless ROADM architecture that provides high flexibility for mesh and ring networks.

The user configures the PL-1000RO dynamically to add/drop selected wavelengths at any node in the network and seamlessly change the network node capacity as needed. In addition, it automatically maintains the equalization and power balance of the added and bypass wavelengths. The PL-1000RO also integrates optional EDFA for amplifying the wavelengths thus delivering effective long distance DWDM solutions.

PacketLight colorless, directionless ROADM provide high flexibility for mesh and ring networks.

PL-1000RO simplifies network management and reduces operation costs (OPEX) by allowing deployment of new wavelengths remotely. PL-1000RO fully integrates with PacketLight’s WDM product line.

The PL-1000RO can be managed by any third party NMS system or with PacketLight’s EMS

The PL-1000T is PacketLight’s 100G Transponder for high capacity optical transport solutions.

It is highly integrated platform for providing a unified 100G optical transport layer- supporting various 100G client services including LR4/ER4/LR10 and SR10 and seamlessly interface with any third party equipment.

The PL-1000T provides 100G transport solution in modular and cost effective way for rolling out 100G services. It uses standards based, pluggable optical modules on all optical interfaces on both client and line side. It is designed for meeting the market demands for low power consumption and rack space savings thus reducing the overall solution CAPEX and OPEX and increasing the capacity of enterprise and metro networks.

The PL-1000T 1U device supports up to two integrated optical amplifiers, Mux/Demux and DCM providing the smallest, most integrated transport solution of its kind reaching up to 120Km/34dB without intermediate sites.

PL-1000T is ideal for the following applications:

• High capacity enterprise and campus networks ranging up to 200km
• Acting as a media convertor between the different 100G optical interfaces
• High bandwidth connectivity for data center and cloud computing
• CPE for 100G managed services
• Providing 100G links over existing infrastructure

PL-1000TE is an advanced, all-in-one CWDM/DWDM optical transport product supporting up to 8 transponders with flexible mix of industry standard based protocols. It integrates a rich and cost effective feature set in a compact 1U chassis with low power consumption.

The PL-1000TE is designed for CWDM/DWDM solutions that require high throughput, transparent and low latency, data, storage, TDM and CommonPublic Radio connectivity. By combining a variety of multi-rate services,
The PL-1000TE allows maximum flexibility and scalability for fiber optic connectivity. The availability of sub 10G, 10G and 16G flexible services mix in the same product, provides transparent migration capability from
sub 10G to 10G services with zero downtime.

PL-1000TE allows easy upgrade or expansion of the required services by simply adding the needed pluggable optical modules (SFPs/SFP+) in the available slots or by stackable solution. This architecture provides true
scalability at the minimum possible cost.

The PL-1000TE supports the full spectrum of FC protocol rates: 1Gbps, 2Gbps, 4Gbps, 8Gbps, and 16Gbps. and wide spectrum of Common Public Radio Interface (CPRI) protocol rates. Together with its extremely low latency, low power consumption, small foot print (1U, ETSI) and affordability, The PL-1000TE is the best in class CWDM/DWDM solution for connecting two data centers or back up sites.

The PL-1000TE is designed to support point-to-point, Linear ADM, Ring and Regenerator topologies with facility protection. The PL-1000TE is a highly integrated device incorporating optional Mux/DeMux, EDFAs and an optical switch module, enabling a simple and cost effective upgrade of existing infrastructure with any type of service.

The PL-1000TE is highly suitable for applications such as:

• High capacity low latency, data center connectivity
• Efficient connectivity for campus, ISP and enterprise networks
• Delivery of high bandwidth managed services over dark fiber
• Upgrade of existing WDM networks to support 10GEth and 16G FC services
• CPRI communication between RE and REC
• High throughput Metro Ethernet connectivity
• Solving bottlenecks in fiber exhausted optical networks

The PL-1000TN is a member of PacketLight’s Optical Transport Network family. It is highly integrated solution for unified transport of different protocols such as 10G LAN/WAN, STM64/OC-192 and 8G/10G FC over common optical transport layer.

The PL-1000TN 1U device supports up to two integrated optical amplifiers and Mux/Demux providing the smallest integrated transport solution of its kind.

The PL-1000TN is designed to meet the market demands for low power consumption, rack space savings and reduction in the overall solution CAPEX and OPEX.

The OTN layer provides two additional key benefits:

1) Easy common management and maintenance of the optical layer infrastructure regardless of the service type.
2) Enhanced Forward Error Correction forming an effective ROADM based solutions.

This solution fits perfectly to the following applications:
• Transporting 8G/10G clients over long distance optical network
• Edge CPE device for end to end managed services over carrier OTN backbone Robust Packet optical network infrastructure
• ROADM based applications as Multirate OTN transponder
• Building efficient CWDM/DWDM solutions for Enterprises
• Reducing the cost of backbone solution by reducing the number of required regenerators

The PL-2000, a member of PacketLight’s Muxponder Family, is a perfect solution for simplifying the management and maintenance as well as reducing the overall cost of CWDM/DWDM solution. The PL-2000
significantly lowers the number of wavelengths needed for the CWDM/ DWDM network as well as the number of required filters thus reducing the size and cost of EDFA’s and the management complexity of the network.

The PL-2000 provides an efficient and flexible aggregation layer of multiprotocol/multirate sub-10G services into 10G uplink trunk thus reducing the number of wavelengths needed for a sub-10G solution by a factor of 8 on average. Increasing fiber utilization and spectral efficiency of data transport further reduces the solution cost and operation complexity.

With its multiprotocol and multirate support, the 10G OTU2 uplink can aggregate simultaneously SDH/SONET, Eth, Fibre channel and Video services, thus providing a perfect access platform for multiple clients’ needs and allows merging of legacy and new services transparently.

PacketLight‘s PL-2000 transparently multiplexes up to 16 client services into a single or dual independent 10G wavelengths, in an elegant, transparent layer-1, ultra low latency mapping to 10G uplink pipe without packet loss and with Enhanced Forward Error Correction (EFEC) suitable for extremely long distance amplified DWDM network.

PL-2000 is fully integrated with PacketLight’s WDM product family. The PL-2000 can be managed by HTTP/ HTTPS web browsers, CLI, PacketLight’s EMS or by any 3rd party SNMP system.

This solution fits perfectly:

• Service providers multi service access platform
• Transporting multi-services over long distance optical network
• Upgrading legacy infrastructure with new services
• Building efficient and flexible CWDM/DWDM solutions for Enterprises
• Fast deployment of servises pver existing OTN Networks

The PL-300 family of products extends PacketLight’s optical network solution capabilities by providing a wide range of passive optical modules. The PL-300 provides the needed optical layer functions of 4/8/16/32/44/88 DWDM wavelength Multiplexing, 4/8/16 CWDM wavelength Multiplexing, Optical Dispersion Compensation Module (DCM), Optical Add and Drop (OADMs), splitter and combiners.

The PL-300 interconnects seamlessly with PacketLight’s WDM product family and third party WDM products to form cost effective high capacity DWDM and CWDM solutions. The PL-300 provides low granularity wavelengths, add and drop capabilities and can be used to increase 4G and 10G solution reach.

The PL-300 is PacketLight’s foundation for multi-chassis application architecture. With the PL-300, a customer can start with a low cost solution that meets urgent needs and grow step by step to form a full 40 wavelength solution over a single or dual fiber as demand expands.

PL-300 is highly suitable for applications such as:

• Expansion of existing Fiber capacity with new services
• Building scalable high capacity pay as you grow optical networks
• Convergence of existing networks and new services over existing infrastructure
• Forming low cost fully passive optical solution, transparent to service rate & type
• Extending the optical reach with dispersion compensators
• Building cost effective add and drop networks

PL-400 is designed primarily as an efficient C/DWDM transport device, and is typically deployed as a CLE (Customer Located Equipment) in enterprise campus environments and in central offices.

The PL-400 supports up to 8 high-speed services (2Mbps–4.25Gbps). Each service is configured independently using PacketLight’s userfriendly on board Web-based management tool. The PL-400 can be managed by any 3rd party SNMP system or with PacketLight’s EMS.

The PL-400 is designed to support point-to-point, Linear ADM, and ring topologies with facility protection.

The PL-400 is a highly integrated device, incorporating Mux/DeMux and EDFA for both transponder, muxponder and regenerator modes.

The PL-400 seamlessly integrates with PacketLight’s WDM product family thus enabling mixture of low and high bit services over the same fiber and supporting stackable solution operation of up to 40 DWDM, 16 CWDM wavelengths.

All optical transceivers, both on the service side and on the WDMuplink side, are pluggable and replaceable allowing pay-as-you-grow budget planning and simplified maintenance and full optical performance monitoring of the optical layer.

The PL-400 is highly suitable for applications such as:

• Interconnection of SAN and LAN islands over remote data centers
• High bandwidth managed service over dark fiber
• Low Latency connectivity for trading applications
• Fiber relief for high-capacity multi-tenant buildings and campuses.
• Aggregation of DSLAM and Ethernet switch traffic on a single fiber from access to core
• Video transport over C/DWDM and Dark Fiber

SFP (Small Form-factor Pluggable) or SFP+/QSFP transceivers are hot-swappable optical and electrical transceiver units, each providing a different interface according to known compliance standards and pre-determined specifications. The units are plugged into host platforms to provide the required interface, thus enabling optimal combination of CAPEX and OPEX reduction, due to ease of network planning, management,
maintenance, and stock flexibility.

RAD’s Pluggable transceivers are fully compliant with the Multisource Agreement (MSA) specifications and are
interoperable with third-party standards-based devices.

Built-in digital diagnostic monitoring (DDM) functionality is available for designated SFP types, allowing users to monitor the unit’s transmitter optical output power, receiver input optical power, internal temperature, supply voltage and transmitter bias current levels in real-time.

The XFP and SFP+ are transceivers designed for 10G network applications.

QSFP28 transceiver modules are designed for use in 100 Gigabit Ethernet links.

QSFP+ transceiver modules are designed for use in 40 Gigabit Ethernet links.

QSFP-DD transceiver modules are designed for use in 400/800 Gigabit Ethernet links.

PowerFlow-2 applications include power utilities, railways, traffic controllers, and safe city applications, which require advanced Layer 2 functionality and in many cases are PoE intensive. PowerFlow-2 provide a variety of redundant functions to increase the reliability and deployment flexibility of the communications system, including
variety of Ethernet functions, such as xSTP, G.8032 and ultra-fast recovery using PS-ring and PF-chain unique features. PowerFlow supports IPV4/IPV6 Dual stack for transparent data transmission. Dual DC inlets and variety of isolated power supply options address a wide range of installation scenarios.

PowerFlow-2 systems are fully compliant with the requirement of EN 50121-4 for railways. Housed in rugged DIN rail or wall mountable enclosures, these switches are designed for harsh environments, such as industrial networking and intelligent transportation systems (ITS) and are also suitable for many military and utility market applications where environmental conditions exceed commercial product specifications. The wide operating temperature range models (-40°C to 75°C) fulfill the special needs of industrial applications.

RAD’s PowerFlow-2 is an industrial-grade, managed Fast Ethernet and Gigabit Ethernet switch, with or without Power over Ethernet (PoE) support. Housed in ruggedized DIN rail or wall-mountable enclosures, this Ethernet switch is designed for harsh environments, such as industrial networking and intelligent transportation systems (ITS), as well as military and utility market applications.

PowerFlow-2-10G is an industrial 10G core switch, designed for PoE-intensive operational technology (OT) WANs. Housed in a ruggedized enclosure to withstand hard conditions, the PowerFlow-2-10G aggregates multiple 1GbE rings, making it an ideal solution for industries such as power utilities, railways, traffic control systems, and safe city deployments.

PowerFlow-2-10G are industrial grade Ethernet switches equipped with 4 10G SFP+ ports and various combinations of UNI ports. The devices have fanless design with redundant, isolated power supplies and can be mounted in 19-inch standard EIA racks. PowerFlow-2-10G offers various L2 Ethernet functions  (IGMP, VLAN, QoS, ACL, Security, IPv6 for management, bandwidth control, and port mirroring) and also supports PF-Ring redundancy protocol. The switches can be centrally managed by RADview.

RADinsight SD empowers Communications Service Providers (CSPs) with insightful smart diagnostic tools to troubleshoot L2 connectivity issues affecting user quality of experience (QoE). It improves first call resolution which allows CSPs to isolate the issue and provide the customer with insightful diagnostics. It goes beyond traditional performance monitoring with intuitive end-to-end network visibility across the customer LAN, CSP network (WAN) and internet/cloud.

RADinsight^TM TI is a software-based DDoS protection solution. Distributed over customer and network edges, it utilizes the hardware already in your network. RADinsight TI is a cost-effective, high-performance, network-embedded security solution that enables communications service providers to expand their offering with managed DDoS protection services.

The RADview Network Management and Orchestration suite offers service providers and critical infrastructure operators a comprehensive solution to operate and manage RAD based Ethernet and broadband access networks, switches and routers, tunnels, virtualized network elements, multi-service gateways, and other devices in the RAD solution portfolio.

In large networks (> 30,000 network elements), operators can introduce a superior management layer called RADview Central. RADview Central allows administrators to divide very large networks of RAD devices into domains. Tasks and Zero Touch Provisioning can be set up from RADview Central for each device in the entire RADview network.

Every RADview Domain management platform includes the following modules:

• NMS
• Service Manager
• Performance Monitor
• Domain Orchestrator

RADview Central allows service providers to monitor and manage a virtually unlimited number of network elements (NEs), while enabling flexible segmentation of the network to domains.

RADview is a modular network management suite for RAD’s solutions, including switches, routers, IoT gateways, multiservice gateways, and other devices in the RAD solutions portfolio. With intuitive UX/UI and open architecture, it enables planning, provisioning and monitoring of networks and services.

• Integrated network management system, including service management (SM) and performance monitoring (PM) to manage advanced hybrid networks composed of virtual and non-virtual network resources.

• Wizard-based end-to-end Carrier Ethernet service design, provisioning, testing and monitoring.

• Fully featured performance monitoring system enabling SLA assurance for both service providers and their end customers.

Point-to-multipoint radios ensure continuous high-speed wireless connectivity between trains, metros, and network control centers with RADWIN’s mobile wireless radios.

ROC-19, ROC-19L are fully contained outdoor cabinets intended for housing a single 19”-wide AC/DC device. With their flexible design and easy-fit outdoor use, these outdoor cabinets are ideal for covering the telecommunication needs of residential neighborhoods, apartment complexes, shopping malls, airport passenger halls, airport service hangars, university campuses etc.

The ruggedized IP56 (ROC-19, ROC-19/24V) and IP66 (ROC-19L) NEMA-4-rated construction with rain hood, offers full shielding and elemental protection. Where needed, efficient ventilation is assured by an intake fan with replaceable air filters (ROC-19, ROC-19/24V) or passive convection (ROC-19L).

2-point (ROC-19L) or 3-point door locking (ROC-19, ROC-19/24V), integrated fiber cable splicer/guide system, intrusion detection and overcurrent protection ensure secure maintenance access.

• Operates with any combination of 8 DTEs or DCEs
• Synchronous or asynchronous up to 19.2 kbps
• RTS/DCD or data contention
• DCE/DTE switch for main and each sub-channel
• Automatic disabling of sub-channel in event of streaming
• Individual sub-channel manual disable switches
• Internal or external clocks
• 1U height for minimal rack space
• Cascadeable
• Easy to install and configure

S-RPT is a compact 2/4-wire SHDSL/SHDSL.bis repeater, extending the range of data transmission over SHDSL/SHDSL.bis technologies. S-RPT can be chained to increase the transmission  range.

Based on the latest DSL technology, S-RPT provides superior distance and speed using TC-PAM 16/32 encoding, which offers a narrower power spectrum than 2B1Q and other technologies.

The xDSL ports comply with ITU-T G.991.2 and ETSI TS 101524 standards, and operate at bit rates from 192 to
8192 kbps, depending on the modem and type of interface (2-wire/4-wire).

S-RPT/EFM is a compact 2/4-wire SHDSL/SHDSL.bis repeater, extending the range of data transmission over
SHDSL/SHDSL.bis infrastructure. S-RPT/EFM can be chained to increase the transmission range.

Based on the latest DSL technology, S-RPT/EFM provides superior distance and speed using TC-PAM 16/32 encoding, which offers a narrower power spectrum than 2B1Q and other technologies.

RAD’s software defined IoT (SD-IoT) solution provides secure and flexible connectivity with multiple Layer 2 and Layer 3 tunnels, ensuring reliable performance in dynamic WAN environments. Ideal for organizations and service providers requiring ultra-resilient and highly secure network connectivity.

SecFlow®­1 is an Ethernet router gateway, a member of RAD’s SecFlow suite of ruggedized Ethernet products.

With a unique built-in packet processing SCADA-aware engine, it fits mission-critical industrial applications. It is most suitable for infrastructure at utility companies with remotely distributed sites, connected to a SCADA control center. SecFlow­1 is installed at remote locations, forwarding Ethernet or serial traffic over fiber optic or cellular links.

SecFlow­1 features one FE UTP port and one GbE SFP port, two serial RS-232 ports or one RS-232 plus one RS-485, and a cellular modem with two SIM cards for maximum link resiliency.

SecFlow­1 utilizes Ethernet ports for new IEC 61850 compliance IEDs for automation in substations.

SecFlow­1 is equipped with serial interfaces for connectivity of legacy RTUs with new IP-based IEDs. SecFlow­1 gateway converts legacy IEC-101 protocol to IP-based IEC-104, enabling seamless communication from the IP SCADA to both the old and new RTUs. This provides a single box solution for multi-service applications and smooth migration to all-IP networks.

The gateway is designed for installation under harsh environmental conditions. It features DIN-rail mount, IP30
protection level, wide operating temperature range (-40°C to 70°C) without fans, and EMI immunity (IEC61850-3, IEEE1613, and EN50121-4).

SecFlow-1c-4G is an industrial LTE cellular router designed to meet rugged specifications, DIN rail mounting, and improved cellular connectivity (up to 150 Mbps). The product empowers industrial automation, smart city, and other data-intensive IoT applications in the transportation and retail sectors.

High-performance Industrial LTE Cellular Router with Wi-Fi, custom designed to provide secure networking for backhauling asset monitoring data and SCADA communications.

SecFlow-1c-4Gm is Compact Industrial LTE Cellular Router designed to meet rugged specifications, DIN rail mounting, and improved cellular connectivity (up to 150Mbps). The product empowers industrial automation, smart city, and other dataintensive IoT applications in the transportation and retail sectors.

High-performance industrial LTE cellular router with a small form factor, custom designed to provide secure networking for backhauling asset monitoring data and SCADA communications.

SecFlow-1c-5G is a premier solution for industrial connectivity, offering cutting-edge 5G technology for high-speed and reliable data transfer. With Dual SIM functionality, it provides continuous communication and network redundancy. APN/VPDN private network access and dual SIM backup design guarantee data transmission security and provide high-speed, reliable routing and data transmission capabilities. Equipped with 5 Gbps
Ethernet ports, Wi-Fi 6.0, RS-232/RS-485 port, it can be widely used in telecommunications, finance, information media, branch office, smart city and smart factory.

High-performance industrial 5G cellular router with Wi-Fi 6 support, custom designed to provide secure networking for backhauling asset monitoring data and SCADA communications.

SecFlow®­1p, a member of RAD’s SecFlow suite of ruggedized Ethernet products, is an industrial IoT gateway. Besides its communication capabilities, it is an open platform for hosting third-party software.

SecFlow®­1p features a security hardened operating system, optimized to provide maximum performance with small SW footprint.

With its maximum configuration, SecFlow-1p features four GbE copper ports and two GbE SFP ports, two serial ports (single RS-232 port or one RS-232 plus one RS-485/2W), a built-in Wi-Fi modem, a GPS receiver for location indication and a cellular modem with two SIM cards or two modems for maximum link resiliency.

SecFlow-1p is equipped with serial interfaces for connectivity to legacy equipment. As a gateway, it converts legacy serial protocols to modern IP-based protocols, enabling seamless communication from IP SCADA to both old and new RTUs. This provides a single-box solution for multi-service applications and smooth migration to all-IP networks.

When equipped with LoRaWAN radio, SecFlow-1p aggregates multiple low-power low-bandwidth sensors/meters deployed over a wide area. This provides an ideal solution for rural and other non-dense areas saving CAPEX and OPEX.

SecFlow-1p features DIN-rail mounting, IP30 protection level, and wide operating temperature range (-40°C to 65°C) without fans. Powering options include an embedded, isolated DC power supply, to meet the harsh environmental requirements.

The compact SecFlow-1p is a cost-effective IoT gateway for industrial IoT backhaul, as well as a LoRaWAN gateway that aggregates data from LoRaWAN sensors across wide areas. Housed in a ruggedized enclosure, SecFlow-1p allows secure connectivity over wireless or fiber networks for all types of industrial devices, including RTUs and smart meter aggregation devices.

SecFlow®­1v is a multiservice gateway optimized for industrial IoT and other mission-critical applications, a member of RAD’s SecFlow suite of ruggedized Ethernet products.

In addition to its communication capabilities, SecFlow-1v is an open platform suitable for quick introduction of new capabilities, by hosting third-party software, using Linux containers.

SecFlow-1v features four GbE Copper ports with PoE options and one GbE SFP port, two serial RS-232 ports or one RS-232 and one RS-485/2W port, and a cellular modem with two SIM cards for maximum link resiliency.

SecFlow-1v is equipped with serial interfaces for connectivity of legacy RTUs with new IP-based IED systems. SecFlow-1v gateway converts legacy IEC-101 protocol to IP-based IEC-104, Modbus-RTU to Modbus/TCP and encapsulated DNP3 serial to DNP over IP, enabling seamless communication from IP SCADA to both old and new RTUs. This provides a single box solution for multi-service applications and smooth migration to all-IP networks.

In addition to its cellular uplink that provides wireless connection towards the network, thanks to its modular architecture SecFlow-1v can be equipped with additional wireless technologies. When equipped with WiFi, SecFlow-1v acts as an access point, aggregating several users, such as on-site technic ians or sensors, saving
the need for wired connection or multiple costly cellular connections from each device.

When equipped with LoRaWAN radio, SecFlow-1v aggregates multiple low-power low-bandwidth sensors/meters
deployed over a wide area. This provides an ideal solution for rural and other non-dense areas saving CAPEX and OPEX.

The gateway is designed for installation under harsh environmental conditions. It features DIN-rail mount, IP30
protection level, wide operating temperature range (-40°C to 75°C) without fans, and EMI immunity (IEC 61850-3, IEEE 1613 and EN 50121-4).

SecFlow-1v supports several powering options that all use an embedded isolated DC power supply, to meet the harsh environmental requirements.

The compact SecFlow-1v is a ruggedized multiservice Industrial IoT gateway featuring built-in security mechanisms designed for applications controlling mission-critical operations. It is ideal for industrial IoT backhaul, enabling fast, secure, and economical deployment of new IoT sites.

SecFlow®-2 is a ruggedized Ethernet switch/router with a unique built-in packet processing SCADA-aware engine to fit the mission-critical industrial applications.

SecFlow-2 features two Gigabit Ethernet ports, up to 16 Fast Ethernet ports, and serial ports for legacy services. The device is designed for installation under harsh environmental conditions. It enables DIN-rail mount, ensures IP30 protection level, wide temperature operating range (-40 to 70°C) without fans, EMI immunity (IEC61850-3, IEEE1613 and EN50121-4).

SecFlow-2 complies with the IEC 61850 standard to provide Intelligent Electronic Device (IED) solutions for electrical substations automation.

Additionally, SecFlow-2 is equipped with the serial interfaces for connectivity between legacy RTUs and new IP-based IEDs. SecFlow-2 gateway converts legacy DNP3-Serial to DNP3-TCP, IEC-101 protocol to IP-based IEC-104, and Modbus RTU to Modbus TCP, enabling seamless IP SCADA communication to both old and new RTUs. This provides a single box solution for multi-service applications and smooth migration to all-IP networks.

• High-density, modular, ruggedized Ethernet switch, deployed in harsh industrial environments with up to 28 GbE ports and optional PoE
• Advanced security package, including SCADA-aware firewall, IEEE 802.1X port-based Network Access Control, L-2/3/4 ACL for incoming traffic and L-2/3 VPN with IPsec
• Integrated RS-232 and RS-485 serial interfaces with protocol gateway and tunneling functionality for easy migration of legacy services to IP
• Ethernet switching, IP routing and Ethernet Ring protection per ITU-T G.8032
• IEC61850 compliant

SecurityGateway is a VPN aggregator, firewall appliance, and a router, providing a small form-factor yet powerful and cost-effective solution for aggregating traffic from multiple remote IIoT sites.

SecurityGateway aggregates multiple VPNs from remote SecFlow devices and addresses Industrial IoT application, for example:
• Distributed automation in secondary substations
• Smart meter concentration
• Water resources management
• Smart retail.

SecurityGateway is usually located behind the organizational firewall. It may also serve as WAN gateway, depending on the customer needs.

SecurityGateway is a major building block of RAD’s Industrial IoT solution, serving as a state-of-the-art VPN aggregation appliance.

In the fast growing market of IIoT and the need for secured communication, SecurityGateway provides a small
form-factor yet powerful and cost-effective solution for aggregating multiple remote sites.

· 100Base TX interface in the SFP slot
· Ethernet autonegotiation
· Link state propagation
· Automatic MDI/MDIX for a straight and cross-cable connection
· IEEE 802.3 and SFP MSA compliance
· Lead-free

SFP-ER is a Small-Form-Factor, Ethernet extender that improves bandwidth and distance of existing copper lines. It helps avoid installation of new fiber lines at customer sites.

Housed in a Small Form-Factor Pluggable (SFP) enclosure, it is designed for quick and simple insertion into any 100BaseFx Ethernet port with an MSA-compatible  socket.

RAD’s SFP-XFP- -QSFP28-SFP+ small form-factor pluggable transceivers are hot-swappable and MSA (multi-source agreement) compliant, input/output transceiver units converting optical and electrical media.

• 32-wire modules for various combinations of Ethernet, E1 and PW services over 8W (4-pair), 4W (2-pair), or 2W (1-pair) SHDSL/SHDSL.bis lines
• Data rates of up to 22.8 Mbps for 8W, up to 11.4 Mbps for 4W and up to 5.7 Mbps for 2W
• EFM extended rate for ASMi-54L: Data rates of up to 15.3 Mbps per 2W
• STU-C/STU-R configuration
• Remote power feeding over 4 wires
• Extended range with RAD’s SHDSL/SHDSL.bis repeater
• EFM (Ethernet First Mile) or M-pair bonding over SHDSL/SHDSL.bis

SPH-16 is a simple, smart and powerful patching hub that converts Ethernet copper ports to SFP sockets.

The device can connect to any RJ-45 compatible switch and supports RAD’s System on an SFP family of products,
MiRICi and MiTOP. It also supports standard SFP devices from any other vendor.

SPH-16 can also be used as an Ethernet copper-to-fiber converter, with various fiber optic media, to extend the distance of Fast Ethernet and Gigabit Ethernet networks.

The device supports hot-swappable SFPs working at 100 Mbps and 1000 Mbps, as well as Ethernet copper ports working at 100 Mbps and 1000 Mbps. It also supports hot-swappable AC and DC power supplies. Auto-discovery of Fast Ethernet (100 Mbps) or Gigabit Ethernet (1000 Mbps) is supported.

SPH-16 provides a flexible lower-cost alternative to being locked into purchasing expensive dedicated SFPs.

SPH-4 is a simple, smart and powerful patching hub that converts Ethernet copper ports to SFP sockets.

The device connects to any RJ-45 compatible switch and interoperates with RAD’s System on an SFP family of
products, MiRICi and MiTOP. SPH-4 complies with standard SFP devices from any other vendor.

SPH-4 can also be used as an Ethernet copper-to-fiber converter, with various fiber optic media, to extend the distance of Fast Ethernet and Gigabit Ethernet networks.

The device supports hot-swappable SFPs working at 100 Mbps and 1000 Mbps, as well as Ethernet copper ports working at 100 Mbps and 1000 Mbps with autodiscovery.

SPH-4 provides a flexible lower-cost alternative to expensive dedicated SFPs.

• The unit supports BECN/FECN signaling for congestion avoidance.
• A unique funneling mechanism adjusts feeder throughput to CIR levels.
• LMI and ANSI PVC management protocols are supported in compliance with ANSI T1.606, T1.618, T1.617 Annex D, and ITU Rec. Q.922 Annex A.
• SPS-3 supports the CLLM management protocol and complies with ITU REC Q.933 Annex A.

SRM-5SC and SRM-6SC are short-range synchronous modems used for local data distribution and connecting full- or half-duplex synchronous DTEs or controllers to computers. A pair of modems ensures integrity of data transmission over unconditioned 4-wire dedicated lines, for distances of up to 14.5 km (9.1 miles), depending on the wire gauge and data rate.

SRM-5SC and SRM-6SC are fully compatible and offer the same features. SRM-5SC is the smaller version, only 61 mm (2.4 in) by 18 mm (0.7 in); SRM-6SC is 110 mm (4.3 in) by 22 mm (0.9 in).

• Single-port T3 interface module multiplexing up to 28 T1 channels
• T3 line and module protection
• DACS capabilities with cross-connect of T1 multiplexed within DS3
• Remote and local loopbacks on T3 and T1 ports

• Four inputs with soft-selectable or fixed DC voltage and eight outputs, galvanically isolated with high EMC immunity for harsh environments
• Ultralow end-to-end propagation delay for commands and automation
• 1+1 path protection with less than 10 msec recovery time
• Built-in pseudowire engine
• Unidirectional broadcast for Automation commands
• T-line support
• Selected options certified for IEEE 1613

RAD’s vAccess is a set of software components (VNFs) that operates along with RAD pluggable devices and
complements support RAD vCPE toolbox deployments. vAccess is incorporated in RAD expertise VNF form factor. It is comprised of a hardware component (RAD’s MiRIC-ML) and a Virtual Network Function (vAccess-VNF) that runs on any white box platform.

• E&M, FXS or FXO interface options
• Caller ID
• A-law or µ-law companding
• Optional inband signaling with A-law encoded channels
• PCM (64 kbps) and ADPCM (24 or 32 kbps) encoding

• No-signaling voice compression module for MP-2100/MP-2104 chassis
• 32-kbps ADPCM or 62-kbps PCM compression
• Up to 160 ADPCM voice channels
• A-law or µ-law companding
• Fits into any I/O slot of the MP-2100/2104 chassis

• Six analog voice channels for connection to 2-wire Local Battery (LB) field telephones
• Toll-quality 64 kbps PCM encoding
• Optional inband signaling with A-law encoded channels

• Linux-based, carrier-class operating system for disaggregated edge devices
• Integration of NFV Infrastructure and advanced routing
• Open-standard Northbound Interfaces for management and orchestration
• Optimized for high-performance and low resource consumption

• Broad variety of services
• E1/T1, FXS, FXO or E&M toll-quality analog voice channels, input/output binary command ports, OCU-DP – DDS, IEEE C37.94 dual optical link
• 6/12 serial sync/async data interfaces, configurable (per port) serial interface types and data rates of 2.4 kbps to
1984 kbps
• Bidirectional broadcast for easy interconnection of multiple control centers to remote RTUs/IEDs
• Pseudowire or Ethernet over PDH support