| 3/2012 |
COM-3505 Dual-Band 2.4/5 GHz 2x2 MIMO transceiver
This board is a 2-channel RF front-end, each channel including a RF frequency synthesizer, frequency up-conversion and down-conversion, power amplifier and low-noise amplifier.
The COM-3505 is interface compatible with several FPGA and Analog-Digital conversion boards within the family of ComBlock modules.
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| 12/2011 |
COM-1500 FPGA + ARM + DDR2 SODIMM Socket + NAND + USB 2.0 development platform
This module combines several essential components for implementing advanced digital signal processing algorithms:
- Xilinx Spartan-6 LX45(-A option) or LX150 (-B option) FPGA for parallel high-speed processing
- 120 MHz ARM Cortex M3 32-bit processor for intelligent sequential processing
- DDR2 SODIMM socket for optional memory modules with 1 or 4 GB storage, 64-bit wide, 10+ Gbps throughput
- 1Gbit NAND Flash for large non-volatile storage, including several FPGA configurations
- Two USB 2.0 interfaces
The COM-1500 is interface compatible with the COM-30xx series of RF receivers and, more generally, with the entire family of ComBlock modules.
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| 10/2011 |
COM-5102 Gigabit Ethernet + HDMI Video In/Out Interface Card
Plug-in card to complement the COM-1600 and COM-1500 FPGA/ARM development platforms with 10/100/1000 Mbps Ethernet network access and HDMI input and output.
Ready-to-use VHDL components are also available to implement the various Ethernet protocols:
- COM-5401SOFT Tri-mode 10/100/1000 Mbps Ethernet MAC, VHDL source code
- COM-5402SOFT IP/UDP/TCP/ARP/PING stack for GbE, VHDL source code
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| 8/2011 |
COM-5402SOFT IP/TCP/UDP/ARP/Ping protocol stack for Gigabit Ethernet, VHDL source code
Gigabit-speed Internet Protocols like TCP/IP and UDP/IP can demand a high level of computation on processors. The trend has been to move the implementation of these fast but highly repetitive tasks to a TCP offload engine (TOE) to free the application processor from frequent interrupts.
The COM-5402SOFT is a generic Internet protocol stack (including the VHDL source code) designed to support 1Gbps throughputs on low-cost FPGAs. It is designed to achieve the maximal throughput theoretically possible for a given medium. Supported protocols include TCP server, UDP streaming, flexible UDP frame tx/rx, ARP, ping.
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| 5/2011 |
COM-3011 [20 MHz - 3 GHz] receiver / Software-Defined Radio platform
The COM-3011 is a highly integrated super-heterodyne receiver (dual frequency conversion, 125 MHz intermediate frequency) with over 70 dB of RF gain, RF frequency synthesizer tunable over the entire frequency, Numerically Controlled Oscillator for fine tuning, analog to digital conversion and programmable bandwidth from 40 MHz to 2 KHz.
The hardware architecture makes it a perfect platform for developping custom software radio applications, since it comprises two programmable devices: a Xilinx FPGA (Spartan-6 LX16) and a 32-bit ARM processor running at 120 MHz.
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| 3/2011 |
COM-3504 Dual Analog <-> Digital conversions
Designed for high-speed data transfer to/from the new ComBlock FPGA + ARM development platforms
(COM-1600, COM-1500), the COM-3504 primarily consists of
- Dual 16-bit 250 Msamples/s DACs
- Dual 12-bit 150 Msamples/s ADCs
The analog interfaces are compatible with the COM-30xx RF receivers and the COM-40xx RF modulators.
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| 2/2011 |
COM-5401 Quad 10/100/1000 Mbps Ethernet Adapter.
This high-speed ethernet adapter essentially comprises four tri-mode (10/100/1000 Mbps) PHYs. It is interface-compatible with several (COM-1600, COM-1500) FPGA/ARM development platforms large enough to instantiate multiple software MACs and IP stacks.
Ready-to-use VHDL components are also available to implement the various Ethernet protocols:
- COM-5401SOFT Tri-mode 10/100/1000 Mbps Ethernet MAC, VHDL source code
- COM-5402SOFT IP/UDP/TCP/ARP/PING stack for GbE, VHDL source code
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