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Physical Layer
Tests hardware, electrical and procedural interface to the transmission medium.
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Copper Access/Triple-Play
Handheld instruments to quickly and effectively assess the quality of the access network physical layer and the performance of the multiplay services.
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Development Switch
AFDXSwitch Lab v2.0
The AFDXSwitch Lab v2.0 is identical to the TTESwitch A664 Lab v2.0, which fully supports AFDX® and operates in accordance with all requirements specified in the ARINC 664 part 7 standard. Features include traffic policing and frame filtering functions as well as integrity and error checking of frames. Additionally, the switch comes with advanced features like 1 Gbit/s speeds and flexible physical layer configuration. The TTESwitch A664 Lab v2.0 is based on the TTESwitch Module A664 Pro, thus providing the full range of technical functionalities of TTTech’s certifiable AFDX switch modules and making it the optimal switching solution for a large variety of different application areas.
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Development Switch
AFDXSwitch Lab
The AFDXSwitch Lab operates in accordance to all requirements specified in the ARINC 664 part 7 standard. Features include traffic policing and frame filtering functions as well as integrity and error checking of frames. Additionally the switch comes with advanced features like 1 Gbit/s speeds, flexible physical layer configuration and extended environmental ratings. The AFDXSwitch Lab provides the full range of all technical functionalities of TTTech’s certifiable AFDX production switches, making it the optimal switching solution for a large variety of different application areas.
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Ethernet Controller ICs
CP220x
The CP220x family is the industry's smallest single-chip Ethernet controller containing an integrated Media Access Controller (MAC) and Physical Layer (PHY).
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Optical Limiting Amplifiers
Analog Devices high gain optical limiting amplifiers feature low power, low jitter, and excellent sensitivity performance. Our limiting amplifiers include receiver functions such as quantization, loss of signal detection, and SFF-8472-compliant average power measurement. Along with SFP, SFF, and GBIC MSA module designs, our amplifiers also support physical layer protocols that include 1 ×, 2 ×, and 4 × Fibre Channel, 10GBASE-LX4, multiple rate SONET/SDH up to OC-48 with FEC, and Gigabit Ethernet.
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PCMCIA/PCCARD & PCI ExpressCard 54mm Cards
PCCD-A429 andECD54-A429
Alta Data Technologies’ PCCD-A429 & ECD54-A429 interface modules offer a variety of ARINC-419/429/575/573/717 channel configurations with software selectable RX/Tx channels, baud rates, bit encoding and word configurations (Start/Sync/Stop length, Parity, bits/word, MSB/LSB). Encode or decode almost any ARINC-429 physical layer signal.
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SD Host Tester / SD / EMMC Analyzer / SD Card Tester
SGDK350A (SD card / eMMC tester)
This product is compatible with SD Memory Card Physical Layer Specification Version 3.01. Supports UHS-I interfaces (SDR12,25,50,104,DDR50). There is a SpeedClass measurement mode that measures SpeedClass that supports SDXC, and a simple performance measurement mode that performs sequential / random access to any address. In addition, the SD card access library (for Visual Studio) is open to the public, and any command can be executed on the SD card in any pattern.
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Transceivers
Transceivers implement physical layer protocols for various communications and serial bus interface standards. Maxim’s transceivers integrate a wide array of features to increase reliability and simplify designs while providing the highest levels of protection on the market. Click on the following links for more information about each of our transceiver product lines.
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Xilinx Artix-7 FPGA SoM
TE0710
Sundance Multiprocessor Technology Ltd.
TE0710s are industrial-grade FPGA modules integrating a Xilinx Artix-7 T FPGA, a gigabit Ethernet transceiver (physical layer), 1 Gbit (128 Mbyte) DDR3 SDRAM with 8-bit width, 32 Mbyte Flash memory for configuration and operation, and powerful switch-mode power supplies for all onboard voltages.
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Xilinx Zynq ARM + FPGA SoM
TE0720
Sundance Multiprocessor Technology Ltd.
TE0720s are industrial-grade SoC modules integrating a Xilinx Zynq Z020 SoC, a gigabit Ethernet transceiver (physical layer), 8 Gbit (1 Gbyte) DDR3 SDRAM with 32-bit width, 32 Mbyte Flash memory for configuration and operation, and powerful switch-mode power supplies for all on-board voltages. A large number of configurable I/Os is provided via rugged high-speed stacking strips. All modules in 5 x 4 cm form factor are fully mechanically and largely electrically compatible among them. All this on a tiny footprint, smaller than a credit card, at the most competitive price. A free and open embedded development suite with reference designs is included.
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SDH Ethernet Testers
Wuhan Sunma Technology Co., Ltd.
The SunmaFiber SDH & Ethernet is easy to use, cost effective Ethernet testing solution for basic physical layer cable testing, layer 2 and layer 3 traffic generation, and full RFC 2544 testing. The rugged, battery operated, application specific test tool enables field technicians to turn-up Ethernet and IP services by running an RFC 2544 test or following a set of methods and procedures. The product has been designed for front-line technicians who do not have experience dealing with emerging Metro Ethernet technologies and need a simple to use solution for Ethernet and IP testing.
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100-FX Fiber Optic Ethernet PMC
3006
The Ethernet 100-FX Adapter provides a single port Ethernet connection using Fiber Optic media. An AMD 79C973 Ethernet controller provides a integrated link and physical layer for operating at 100 Mb/s. The Fiber Optic connector used on the board can be either the ?SC Duplex? style, or the ?ST RX/TX? style and is identified by the Technobox Part Number.
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ARINC 3U/6U CompactPCI Interface Card
CPCIC3/6-A429 - PXI
Alta Data Technologies’ CPCIC-A429 interface module offer a variety of ARINC-419/429/575/573/717 channel configurations with software selectable RX/Tx channels, baud rates, bit encoding and word configurations (Start/Sync/Stop length, Parity, bits/word, MSB/LSB).Encode or decode almost any ARINC-429 physical layer signal.
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ARINC PC/104-Plus Interface Card
PC104P-A429
Alta Data Technologies’ PC104P-A429 interface module offer a variety of ARINC-419/429/575/573/717 channel configurations with software selectable RX/Tx channels, baud rates, bit encoding and word configurations (Start/Sync/Stop length, Parity, bits/word, MSB/LSB). Encode or decode almost any ARINC-429 physical layer signal.
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ARINC PCI Interface Card
PCI-A429
Alta Data Technologies’ PCI-A429 interface module offers a variety of ARINC-419/429/575/573/717 channel configurations with software selectable RX/Tx channels, baud rates, bit encoding and word configurations (Start/Sync/Stop length, Parity, bits/word, MSB/LSB). Encode or decode almost any ARINC-429 physical layer signal.
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Avionics Interfaces & Test Instruments
ARINC 664
Avionics Interface Technologies
AIT’s ARINC 664 test instruments can be used in test and simulation applications that are required to transmit and receive data over the ARINC 664 avionics databus. AIT’s instruments use small form-factor pluggable transceivers (SFP) and support copper or fiber optic physical network interfaces.Using an FPGA based architecture, with multiple embedded processors, the ARINC 664 instruments provide onboard support for upper layer protocol processing (A653, UDP, IP) and utilize DMA to provide optimal data throughput. All ARINC 664 protocol operations, including VL traffic shaping, redundancy management, and IP fragmentation and reassembly, are handled onboard.
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BGAN Physical Layer Tester
BPLT
Square Peg Communications Inc.
The BGAN Physical Layer Tester (BPLT) supports the testing of physical layer performance and protocol implementation of Radio Access Nodes (RANs) and User Terminals (UTs) implementing Inmarsat’s Broadband Global Area Network (BGAN), Fleet Broadband and Swift Broadband services.
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Aeronautical Ground Data Unit
GDU
Square Peg Communications Inc.
Square Peg Communications Inc.’s Aeronautical Ground Data Unit (GDU) is a software application that runs on the generic Physical Layer Tester (PLT) platform. The GDU supports the testing of physical layer performance and protocol operation for Ground Earth Stations (GESs) and Aeronautical Earth Stations (AESs) implementing Inmarsat Aero services.
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ACARS CMU Simulator
Square Peg Communications Inc.
The SPCI CMU Simulator replaces the ACARS Communications Management Unit for end-to-end testing of the ACARS system. It communicates with an Inmarsat Classic Aero or SB-Safety Satellite Data Unit (SDU) via ARINC-429 to generate and receive ACARS traffic. The CMU Simulator is implemented as a Physical Layer Tester script, and can run on either a BPLT or a GDU. In addition, it can run on a standard PC using a special version of the GDU or BPLT software. In all cases, a suitable ARINC-429 interface must be present.
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Fibre-Coaxial DOCSIS Analyzer
CABLERANGER
DOCSIS 3.0 analyzers for hybrid Fibre-Coaxial networks CABLE RANGER from PROMAX provide all the required measurements to install and carry the network maintenance of those hybrid networks using fiber optics and coaxial cables at the physical layer. The operating frequency range spans from 5 Mhz to 1700 Mhz, thus fulfilling DOCSIS 3.0 and 3.1 requirements.
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MEMS Module
The design and modeling of microelectromechanical systems (MEMS) is a unique engineering discipline. At small length scales, the design of resonators, gyroscopes, accelerometers, and actuators must consider the effects of several physical phenomena in their operation. Consequently, COMSOL Multiphysics is ideally suited for MEMS applications. To this end, the MEMS Module provides predefined user interfaces with associated modeling tools, referred to as physics interfaces, for a variety of coupled physics, including electromagnetic-structure, thermal-structure, or fluid-structure interactions. You can include a variety of damping phenomena in your model: thin-film gas damping, anisotropic loss-factors for solid and piezo materials, anchor damping, and thermoelastic damping. For elastic vibrations and waves, perfectly matched layers (PMLs) provide state-of-the-art absorption of outgoing elastic energy.
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E1 T1 Tester
NetProbe 2000 PDH
New Generation Analyzer for Legacy PDH networksThe NetProbe 2000 E1E3 is newest, state-of-the-art handheld analyzer on the market for testing the legacy E1 and E3 in PDH networks. It includes all features for E1 & E3 BERT and E1 physical layer testing. Automated line monitoring performs autocheck of essential alarms and errors.
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Development Switch
TTESwitch Lab Space
The TTESwitch Lab Space supports laboratory testing efforts of Time-Triggered Ethernet applications; user development costs can be reduced by using the internal TTESwitch Controller HiRel ASIC that is also used in flight equipment. With advanced features like speeds of up to 1 Gbit/s, flexible physical layer configuration and three supported traffic classes, it is the optimal switching solution for a large variety of application areas. TTEthernet is a fault-tolerant, real-time communication protocol for safety-relevant systems integrating Ethernet and TTEthernet data flows onto one physical infrastructure.
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MIPI Test Fixtures & Software
The UNH-IOL has been a contributing member of the MIPI Alliance since 2007 and tests all mobile devices looking for MIPI conformance and physical layer testing including C-PHY, D-PHY, DSI, and CSI-2. All UNH-IOL MIPI Test Fixtures and Tools are available to member and non-member companies. Below are just some of the MIPI Solutions we offer. For a full list please visit our MIPI Test Fixtures page.
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GAOTek Handheld Gigabit Ethernet Test Module
A0070008tek
GAOTek Handheld Gigabit Ethernet test module is a highly efficient test instrument which designed for Ethernet layout and integration tests which conforms to Ethernet test standards. This instrument is required for testing from physical layer to service layer of emerging (or next generation) networks. The Ethernet tester is the new Ethernet tester to qualify Ethernet service over LAN and RAN deployment. This is a highly efficient test instrument for service providers to ensure SLA KPIs with the subscribers.
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IsatData Pro Physical Layer Tester
DPLT
Square Peg Communications Inc.
The IsatData Pro Physical Layer Tester (DPLT) supports testing of the physical layer performance and protocol implementation of Mobile Terminals (MTs) implementing Inmarsat’s IsatData Pro (IDP) services.
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Physical Layer Switching Systems for copper LAN, WAN, DSL, Telco apps with RJ style connectors.
RJ Series
The RJ Series of computer controlled switching systems are designed for physical layer switching of multiwire signals on RJ style connectors. Since the system uses mechanical relays it acts exactly like a piece of cable which makes it perfect for testing networks without altering the signals or regeneration. These systems are typically used for Ethernet LAN 10BaseT through 1000BaseT, DSL including ASML through GFAST, CAT5 through CAT6A cable testing, USB up to 2.0, RS232, RS422, RS485 up to 8 wire at 20 Mbps and many other applications switched over RJ45 connectors up to 8 wires. They may also be used as lab automation switches, network testing switches, patch panels, network redundancy switches or any number of physical layer applications.
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Portable Generator/Analysers
Sx Series
The ultra-compact Sx portable test & measurement range offers advanced capabilities including hybrid IP/SDI performance and physical layer testing, along with proven rugged design and exceptional ease of use.
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Inmarsat-C Physical Layer Tester
CPLT
Square Peg Communications Inc.
Square Peg Communications Inc.’s Inmarsat-C Physical Layer Tester (CPLT) is a software application that runs on the generic high-rate Physical Layer Tester (PLTH) platform. The CPLT supports testing of the physical layer performance and protocol implementations of Inmarsat-C Mobile Earth Stations (MESs) and Land Earth Stations (LESs).
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Industrial Ethernet Physical Layer Devices
The ADI Chronous™ Industrial Ethernet physical layer (PHYs) portfolio includes solutions for standard 10 Mbps, 100 Mbps, and 1 Gbps. It also features the new 10BASE-T1L technology for single-pair Ethernet.Our industry-leading low latency and low power PHY technology maximizes data transmission and signal integrity in deterministic applications by reducing cycle times and system power consumption. It enables superior synchronization of signals across the industrial network and supports the development of TSN.
