|
|
|||||||||
|
||||||||||
Software Defined Radio for 3U cPCI
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
The SDR-4000 product family offers off-the-shelf hardware, software and services for development and deployment of black-side wireless modem solutions for Tactical Military Communications (MILCOM) systems. Spectrum has expanded this offering to including key MILCOM and SATCOM waveform physical layer software. The SDR-4000 supports Spectrum’s quicSpin design methodology that enables rapid optimization of size, weight, power consumption, cost and ruggedization based on specific program requirements. For harsh environments, SDR-4000 cards are designed to support conduction-cooling, extended temperature range, and increased shock and vibration immunity. The SDR-4000 comes with a standards-based software environment including Spectrum's quicComm™ hardware abstraction layer and software library, a real-time operating system with an integrated development environment, a CORBA Object Request Broker (ORB), optional SCA Core Framework, SCA development tools, and for qualified customers, an early support package option for the JTRS MHAL APIs. Also offered with a UHF SATCOM MIL-STD-188-181B or a Wideband Networking Waveform (WNW) OFDM physical layer waveform implementation.
|
SDR-4000 Platform Components
|
Integrated Systems:
Pre-configured and pre-tested to accelerate your time to deployment. |
||
| SDR-4000 | The hardware and software building blocks with services and support to provide a small form factor software defined radio solution that can be optimized for size, weight, power consumption and cost. | Datasheet |
| SDR-4000 L-Band Terminal with Inmarsat BGAN |
A fully software-defined commercial-off-the-shelf (COTS) platform that offers Beyond-Line-of-Sight (BLOS) communication and system interoperability with the ability to support multiple waveforms including BGAN, APCO P25, FM3TR, WNW OFDM PHY, and more. | Datasheet |
| Sensor Data Link Modem System |
A deployable IF-to-Ethernet modem solution for the radio data link between the ship and the remote sensor for littoral water surveillance applications. The Sensor Data Link Modem System consists of two sub-systems: a software defined radio modem transceiver subsystem for the shipboard radio gateway, and one or more remote sensor modem transceiver subsystems for the sensor radios. | Datasheet |
| WNW Starter Kit | Jump start your WNW OFDM application development. The Starter Kit contains a powerful and robust SDR transceiver, a suite of SDR development tools, and the WNW OFDM physical layer implementation. As part of this package, you will also receive one day of complementary consultation services with Spectrum and L-3 Nova. | Datasheet |
| SDR-4000 Value Starter Kits |
The SDR-4000 Value Starter Kits are complete integrated software defined radio development systems, containing a dual IF channel software defined radio transceiver, packaged in a cost-effective 1U rackmount enclosure. | Datasheet |
| SDR-4002 MRSS | The SDR-4000 Multi-Channel Radio Subsystem (MRSS) is a rugged, conduction-cooled IF-to-Ethernet modem processing subsystem. The SDR-4002 MRSS architecture is cost-optimized for systems requiring multi-band and multi-channel RF/IF operation. | Datasheet |
| SDR-4000 SWM | The SDR-4000 SATCOM Wireless Modem (SWM) forms a key element of a network-centric IP-based satellite communications system, providing modem, link and network layer processing. The SDR-4000 SWM has been architected to support the latest in satellite communications waveforms including Digital Video Broadcast (DVB/DVB-S2, DVB-RCS), MUOS and traditional legacy satellite waveforms including INTELSAT Business Services (IBS) and INMARSAT BGAN. | Datasheet |
| SDR-4000 WM | The SDR-4000 Wireless Modem (WM) consists of an XMC-3321 dual transceiver module mounted onto a 3U PRO-4600 carrier card. Each wireless modem provides modem, link and network layer processing of a software defined radio. | Datasheet |
| SDR-4000 WML (Lite) | The SDR-4000 Wireless Modem Lite (WML) consists of an XMC-3321 dual transceiver module mounted onto a 3U PRO-4600 Lite carrier card. "Lite" refers to the version of PRO-4600 that supports a DSP and a GPP operating at a reduced speed of 400 MHz. Operating the GPP at a reduced speed results in a lower power requirement per slot compared to the standard PRO-4600. | Datasheet |
| SDR-4001 IDS | Integrated Development System complete with board set (PRO-4600 and XMC-3321), five-slot air-cooled desk-top cPCI chassis with power supply, transition module (TM2-4902) providing Gigabit Ethernet, JTAG and RS232 interface, quicComm software and much more. | Datasheet |
|
Hardware Components:
All boards and modules may be purchased separately or as part of an integrated system. |
||
| PRO-4600 | 3U CompactPCI Processing Engine in conduction-cooled or air-cooled versions | Datasheet |
| PRO-4610 | Dual Analog IF Transceiver and Processing Engine in conduction-cooled or air-cooled versions | Datasheet |
| XMC-1131 ADC | Dual 14-bit High-Speed Analog-to-Digital Converter and Xilinx Virtex-5 Processing Engine | Datasheet |
| XMC-2131 DAC | Dual 14-bit High-Speed Digital-to-Analog Converter and Xilinx Virtex-5 Processing Engine | Datasheet |
| XMC-3311 | High speed transceiver XMC/ePMC module featuring a single Virtex-4 FPGA | Datasheet |
| XMC-3321 | Dual Tranceiver Module featuring Xilinx™ Virtex-4 FPGA | Datasheet |
|
Software Components:
|
||
| Wideband Networking Waveform OFDM PHY |
L-3 Nova’s field proven, robust Wideband Networking Waveform (WNW) Orthogonal Frequency Division Multiplexing physical layer (OFDM PHY) operating at a sustained data rate of over 10 megabits per second is offered with Spectrum's SDR-4000, a production-ready "IF-to-Ethernet" modem platform. | Datasheet |
| UHF SATCOM PHY | Ultra High Frequency Satellite Communications (UHF SATCOM) waveform physical layer (PHY) is now available on the flexComm SDR-4000 rugged wireless modem. The UHF SATCOM waveform provides military users with a beyond-line-of-sight (BLOS) tactical data and voice communications capability that is compliant with the U.S. Department of Defense’s MIL-STD-188-181B Military Standard. | Datasheet |
| quicComm | Software development library | Datasheet |
| MHAL API Support Option |
Early support for the U.S. Joint Tactical Radio System’s (JTRS’s) Modem Hardware Abstraction Layer (MHAL) Application Programming Interfaces (API) on SDR-4000 products (for qualified customers). | |
| Green Hills INTEGRITY® RTOS and MULTI IDE |
Secure, royalty free, real-time OS intended for use in embedded applications that require high reliability and high-performance features. MULTI is an integrated development environment for embedded applications using C, C++, embedded C++, and FORTRAN. | |
| Wind River Systems VxWorks & Tornado II |
Real time operating system and development toolset | |
| CRC SCARI++ Core Framework |
SCARI++ is Communications Research Centre (CRC) Canada's full-featured C++ implementation of the SCA Core Framework version 2.2.2 | |
| SDR-4000 SCA Option | Software Communications Architecture Board Support Package (BSP) and Core Framework for SDR-4000 Series Software Defined Radio. | Datasheet |
| SDR-4000 SCA Development Tools Option |
Accelerate Software Communications Architecture (SCA) development with CRC SCARI Development Toolset | |
| OIS ORBexpress RT | Real-time CORBA Object Request Broker (ORB) | |
| FPGA IP Cores | Intellectual Property Cores | Datasheet |
| Multi-Channel Tranceiver FPGA Core |
Supports implementation of a multi-channel radio on Spectrum's software defined radio (SDR) platforms | Datasheet |
Site Map | Legal Notices | Privacy Policy | PartnerWeb | Contact Us | 1.800.663.8986 (N.A. Toll Free)
Copyright 2009 Vecima Networks Inc. All rights reserved. Any rights not expressly granted herein are reserved.
If you have any questions or comments about the site, please contact ebiz@spectrumsignal.com.