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2C6670 (Texas Instruments TMS320C6670) , 2C6678 (TMS320C6678) |
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A complete digital baseband solution on a single AMC card with full |
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LTE eNode B or WiMax capability from raw IQ data to backhaul IP |
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packets
- Xilinx Virtex-6 LX240T FPGA (optionally with LX550T)
- 20gbps Gen2 RapidIO infrastructure between DSPs, FPGA and AMC.4
- Three SFP sockets to support a CPRI or OBSAI antenna interface
- Full Gigabit Ethernet infrastructure
- GPS receiver (option) for timing and frequency synchronisation
- Single width, full-size AMC card
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RF-2X2 |
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A wideband, highly flexible dual channel RF card in AMC form for LTE and LTE Advanced applications. |
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- 2 x 2 MIMO on a single card.
- Tunable frequency range 699 MHz - 3839 MHz to support all LTE bands
- FDD and TDD
- Fully integrated with firmware and software
- Transmit power programmable up to +10dBm
- Xilinx Virtex-6 LX75T FPGA performing DDC and DUC operations at up to 40MHz bandwidths
- Single width, full-size AMC card
- Two SFP sockets to support a CPRI or OBSAI interface
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V5F-10G |
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A high performance signal processing AMC card for 4G wireless baseband solutions including WiMax and LTE |
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- 3 Texas Instruments TMS320TCI6487 DSPs each with 3 1GHz C64x+ cores
- Xilinx Virtex-5 LX110T FPGA
- SRIO infrastructure between DSPs, FPGA and AMC.4
- Three SFP sockets to support a CPRI or OBSAI antenna interface
- Full Gigabit Ethernet infrastructure
- GPS receiver (option) for timing and frequency synchronisation
- Single width, full-size AMC card
- LTE/WiMAX application software available from partners
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3C87F3 |
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A wideband, highly flexible dual channel RF card in AMC form for LTE and LTE Advanced applications. |
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performance applications which require DSP and FPGA resource |
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V5F |
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A high performance signal processing FPGA AMC card for wireless |
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baseband solutions including WiMax and LTE |
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T1J1 |
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A benchtop Test Jig for development and production work on AdvancedMC |
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boards |
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