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Products Page - Embedded FPGA and DSP Computing |
| Unitronix supplies Australia’s widest range of FPGA, DSP embedded computing cards and black box systems, covering the whole applications market for high end embedded FPGA and signal processing solutions. Cards on PMC, XMC, VME, VXS, VPX 3U and 6U, “Ether to Ethernet” black box solutions, and specialised development software for FPGA Systems utilised in embedded applications. We have a 20 year long history of providing embedded image and signal processing solutions to Australian application developers. As such Unitronix can be relied upon to be knowledgeable and helpful to design Engineers looking into signal processing applications. After all it’s not easy designing embedded systems full stop, it’s definately more tricky with signal processing solutions and when this all needs to be ruggadised and miniaturised into a field deployable solution then you really need to be talking to people that have experience in this field. Unitronix can help, with data flow architectures, computational element resource management, wider systems architecture and data structures. In addition and as an example, Curtiss Wright (one of our suppliers), have the worlds most comprehensive and easy to use resource/ systems management software tools that will be of huge utility to Engineers when developing a larger signal array and processing capability. For more details on these products please contact UNITRONIX on (02) 49773511, or sales@unitronix.com.au. |
| VME - VPX Based Solutions: | |
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Curtiss Wright CHAMP-AV8 Quad Core: The CHAMP-AV8 multi-processing board brings the floating-point performance of the quad-core Intel® Core
TM
i7-2715QE processor to the OpenVPX form factor standard. Utilising a pair of processors, the CHAMP-AV8 delivers performance rated at up to 269 GFLOPs. With a 21GB/s (peak) DDR3 memory subsystem connected directly to the processor, the Intel® Core
TM
i7-2715QE is able to maximise the throughput of its Intel AVX vector processing units and process larger vectors at peak rates significantly greater than was possible with previous AltiVec™-based systems. |
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Curtiss Wright CHAMP-AV6 Quad Core PPC8640D CPUs: The CHAMP-AV6 utilises the VPX-REDI format to unleash the tremendous I/O bandwidth of its eight FreeScale
PowerPC 8640 processor cores (Four 8640D dual-core processors). The local and off-board Serial RapidIO interfaces
provide up to 10X the communications bandwidth that was achievable with the VME format. Signal processing
applications with streaming dataflows will benefit greatly from the dual 64-bit DDR2 memory subsystem associated with
each 8640. |
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Curtiss Wright CHAMP-AV5 Two Intel Dual Core i7s at 2.53GHz: The CHAMP-AV5 multi-processing board brings the floating-point performance of the Intel® Core i7™ architecture to
VME64x form factor standard. Utilising a pair of 2.53GHz dual-core Core i7 processors, the CHAMP-AV5 delivers up to
81 GFLOPs of performance. The 17GB/s (peak) DDR3 memory sub-system supports applications with high memory
utilisation and streaming data I/O. |
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Curtiss Wright CHAMP FX2 Hybrid processor, Dual Xilinx V5s with MPC8641D: The CHAMP-FX2 is Curtiss-Wright's next-generation FPGA-based computing platform. Utilising a 6U VPX-REDI form
factor, the CHAMP-FX2 harnesses the tremendous computing power of two Xilinx Virtex™-5 FPGAs, combined with the
high-performance floating-point capabilities of the Freescale 8641D dual-core PowerPC™ processor and the exceptional
performance and flexibility of a Serial RapidIO switching fabric to deliver unprecedented computational densities. |
| VXS Virtex-6 Digitiser Cards: |
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TEKMICRO High Speed Digitisers: There are five cards in the QuiXilica Virtex 6 range, 1). Aries-V6 Ten 16-bit ADCs at 250 MSPS with 500 MHz input |
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| VXS Virtex 5 Digitiser Cards: |
| TEKMICRO High Speed Digitisers: The Tekmicro QuiXilica V5 Architecture meets the needs of demanding sensor-processing applications across a range of environments. The QuiXilica V5 architecture uses the latest field programmable gate array (FPGA) Virtex5 based processors from Xilinx, and advanced DDR3 SDRAM, and the latest communications technologies available. The triple FPGA architecture implemented on each card has been designed for optimum processing of digitised RF signals. There are seven cards in the QuiXilica range: 1). Titan V5 1.0 GSPS 4 Channel ADC @ 12bits, and 1.2 GSPS 4 Channel DAC @ 14bits. 2). Triton V5 2.2 GSPS ADC @ 10 bits and 3.0GSPS DAC @ 12 bits 3). Tarvos V5 185 MSPS 6 Channels ADC @ 16 bits and 1 Channel DAC @ 16 bits 4). Charon V5 1.2 GSPS 8 Channel DAC @ 12bits. 5). Atlas V5 1.0 GSPS ADC 8 Channels @ 12 bits 6). Orion V5 3.0 GSPS ADC 2 Channels @ 12 bits 7). Neptune V5 2.2 GSPS 2 Channel ADC @ 10 bits Xilinx Virtex-5 FPGAs are the heart of the Tekmicro V5 cards. The FPGAs interface between the digitiser chips, memory and I/O resources to provide a platform for implementing high performance real time processing. The V5 cards are configured with two SX95T FPGAs numbered 2 and 0 and one LX110T FPGA (optional LX220T, SX240T, or FX100T) numbered FPGA 1. All FPGAs are interconnected by wide parallel LVDS busses and also via high speed serial links using the Xilinx Rocket IO MGTs. Two SFP+ sites and one QSFP site are provided on the front panel which utilize standard fiber optic or 1000BaseT modules providing physical layer support for standard protocols such as Gigabit Ethernet, Serial FPDP (ANSI VITA 17.1 & 17.2), and Fibre Channel. |
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| PMC to PCI, PCIX & PCI Express Carrier Cards: | |
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Delphi PCE-95M: The PCE-95M is DEG’s first high-performance PCI-Express DSP carrier board. With the ability to host XMC, PMC and FMC mezzanine cards, the PCE-95M sets the benchmark for versatility in the embedded PCIExpress market. Coupling this flexibility with a Xilinx Virtex-5 SX95T, the PCE-95M enables both high-speed digital acquisition and extensive digital signal processing all within a single PCI-Express slot. To take full advantage of the SX95T DSP48E slices, DEG engineers included two banks of 512MB DDR2 SDRAM. |
| Delphi PCE-315/475: The PCE-315/475 is DEG’s highest performance PCI-Express DSP carrier board. With the ability to host XMC, PMC and FMC mezzanine cards, the PCE-315/475 sets the benchmark for versatility in the embedded PCI-Express market. Coupling this flexibility with a Xilinx Virtex-6 SX315T or SX475T, the PCE-315/475 enables both high-speed digital acquisition and extensive digital signal processing all within a single PCI-Express slot. |
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| FMC, VITA57 FPGA Mezzanine Card Solutions: | ||
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Delphi range of FMC ADC & DAC Boards: ADF-2500 2.5GSPS, 10-bit FMC A to D Converter ADF-D1600 Dual 1.6GSPSs, 12-bit A to D Converter ADF-Q40 QUAD 400 MSPS, 14-bit FMC A to D Converter ADF-Q55 QUAD 550MSPS, 12-bit FMC A to D Converter ADF-QSIG QUAD 260Msps, 16-bit FMC A to D Converter DAC-2500 Dual 2.5GSPS, 14-bit D to A Converter |
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Curtiss Wright range of VITA 57 FMC FPGA Mezzanine Cards: FMC-516 Quad Channel 250 MS/s 16-bit Analogue Input FMC-518 Quad Channel 500 MS/s 14-bit Analogue Input ADC 510 Dual Channel Analogue input FMC module, TI ADS5463, 12bit @ 500MSPS ADC 511 Dual Channel Analogue input FMC module, TI ADS5474, 14bit @ 400MSPS ADC 512 Dual Channel Analogue input FMC module, National ADC083000, 8bit @ 3GSPS ADC 513 Dual Channel Analogue input FMC module, National ADC08D1520, 8bit @ 1.5GSPS |
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| PMC – XMC and 3U VPX Based Solutions: | |
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Curtiss Wright XMC 442, Virtex 5 FPGA: |
| Curtiss Wright FPGA-05D PMC/ XMC, Virtex5 FPGA, ADC, DAC, LVDS
input modules available: The XMC-FPGA05D is a high density I/O PMC/XMC module, supported by a user programmable Virtex-5 FPGA. The board may be used as a PMC with a 64-bit, 133MHz PCI-X interface to the host or as an XMC module supporting an x8 PCI Express interface to the host. |
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Curtiss Wright FPE320 VPX 3U Virtex 5 FPGA with FMC site: The FPE320 is a 3U VPX FPGA processor board that incorporates the largest Xilinx Virtex-5 FPGAs available with an FMC mezzanine site. Providing a large amount of resources in a small, rugged form factor, the FPE320 is the ideal FPGA platform for 3U systems that need to. |
| TEKMICRO JazzFiber SFPDP PMC: The JazzFiber-V5™ Serial FPDP I/O Module provides a high speed connection between one or more external sensors and a processing or recording system using an open standard modular I/O architecture. Each JazzFiber-V5 module supports four fibre optic interfaces, which can be used as separate Serial FPDP channels or aggregated into logical streams using the channel bonding capability of the emerging VITA 17.2 standard. Additional VITA 17.2 features including enhanced protocol and higher bit rates are also supported. |
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Delphi ADC3295: The ADC-3295 represents the pinnacle of high speed, high performance analog-digital conversion products. By combining the best dynamic performance ADC technology with the most widely accepted and cost/performance-leading FPGA device, DEG engineers created a product that packs phenomenal A/D conversion ability with tons of DSP processing in the industry standard PMC form factor. This Peripheral Mezzanine Card (PMC) enables engineers to convert and process a single channel of up to 3GHz analog input bandwidth at 2Gsps and 10-bit resolution (7.8 ENOB). |
Delphi ADX-3500: The ADX-3500 is a low power, highly flexible, performance optimised Analogue-Digital Converter XMC/PMC board. By integrating a very high sample rate ADC, a cost-effective and power-conscious FPGA, and industry standard XMC/PMC off-board interfaces - the ADX-3500 achieves best-in-class performance for the engineer that has SWaP limitations and high performance requirements. Employing innovative design techniques, DEG engineers created a rugged and conduction-cooled product that works equally well in either an air-cooled VME/VXS chassis or a desktop PC. |
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| D-TA Ether to Ethernet 10 Gigabit Senor Processing: |
D-TA Systems Inc. with a mandate to simplify high-end Sensor Processing system development for Sonar, Radar, Communications, Signal
Intelligence and Test and Measurement markets. Leveraging the latest technologies and many decades of experience in designing Acoustic and Radio
systems, D-TA Systems has developed a complete slate of Sensor Interface and Processing solutions that drastically cut deployment time and cost. |
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Tenable RF to 6 GHz Accurately Synchronised channels Precision Analogue Signal Conditioning High Speed Data Conversion FPGA based DSP Super high Speed Gateways to connect sensors to computer. Customisation with low NRE |
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UNITRONIX
Pty Ltd |