| Verification |
Two evaluation boards are available to allow customers to verify system
performance before making a commitment. The transmit board uses the 14
bit, TI DAC907, clocking up to 160 MHz to produce high fidelity digital
transmit waveforms. The receive board utilizes the 12 bit Analog Devices
AD9233, which clocks up to 120 MHz. The receive board can be in
conjunction with a noise generator and a bit error rate tester allow a in
conjunction with a noise generator and a bit error rate tester allow a
customer to characterize system performance.customer to characterize
system performance.
Both boards employ the Altera, Cyclone 3 EP3C25E144C7, which is a mid
range FPGA with extensive capability. These boards are not intended to
demonstrate 100% capability, but are configured on a case-by-case basis
to showcase specific capabilities.
performance before making a commitment. The transmit board uses the 14
bit, TI DAC907, clocking up to 160 MHz to produce high fidelity digital
transmit waveforms. The receive board utilizes the 12 bit Analog Devices
AD9233, which clocks up to 120 MHz. The receive board can be in
conjunction with a noise generator and a bit error rate tester allow a in
conjunction with a noise generator and a bit error rate tester allow a
customer to characterize system performance.customer to characterize
system performance.
Both boards employ the Altera, Cyclone 3 EP3C25E144C7, which is a mid
range FPGA with extensive capability. These boards are not intended to
demonstrate 100% capability, but are configured on a case-by-case basis
to showcase specific capabilities.
| Examples SOQPSK Demodulator SOQPSK Modulator |
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