HamGeek HM X310 Kintex-7 FPGA High-End SDR Platform DC–6GHz 160MHz PCIe 10G Ethernet for Wireless & Radar

Features: * The HamGeek HM X310 is a software-defined radio (SDR) platform based on Kintex-7 FPGA. It is suitable for next-generation wireless communication applications and can also be widely used in electronic warfare, radar, navigation, and other radio-related fields. * Software-configurable to support various new radio standards and protocols. * Built-in two microwave RF expansion slots, compatible with different microwave RF daughterboards, covering DC~6GHz carrier frequency and 160MHz signal bandwidth. * Equipped with rich high-speed interfaces including PCIe, dual 10 GigE, and dual 1 GigE. Technical Specifications: 1. Baseband * ADC Sampling Rate: 200 MS/s * ADC Resolution: 14 bits * DAC Sampling Rate: 800 MS/s * DAC Resolution: 16 bits * External Host Sampling Rate (16-bit data width): 200 MS/s * Internal Reference Clock Accuracy: 2.5 ppm * Optional GPSDO Accuracy: 20 ppb 2. Microwave RF – Receive * Noise Figure: * 10–20 MHz: 3–4 dB * 20–500 MHz: 2–3 dB * 0.5–1.5 GHz: 2–4 dB * 1.5–4 GHz: 4–5 dB * 4–6 GHz: 5–7 dB * Third-Order Intercept Point (Receive): * 10–35 MHz: 4–10 dBm * 35–500 MHz: 10–12 dBm * 0.5–1.5 GHz: 8–13 dBm * 1.5–6 GHz: 8–9 dBm * IQ Imbalance (Receive): < -30 dBc 3. Microwave RF – Transmit * Output Power: * 10 MHz–3.5 GHz: >20 dBm * 3.5–4 GHz: 18–20 dBm * 4–5 GHz: 13–18 dBm * 5–6 GHz: 7–13 dBm * Third-Order Intercept Point (Transmit): * 10–500 MHz: >40 dBm * 0.5–3 GHz: >36 dBm * 3–5 GHz: >20 dBm * 5–6 GHz: >26 dBm * IQ Imbalance (Transmit): < -30 dBc 4. Development & Application * Operating Systems: For Linux, Windows * Software Development Environment: GNU Radio, MATLAB, LabVIEW * Open-Source Projects: OpenAirInterface, OpenLTE 5. Environmental & Mechanical * Power Supply: DC 12.5 ± 3.5V * Full Power Current: ≤7.5A at 12V * Dimensions (WxDxH): 277 mm x 217 mm x 39 mm (1U Half-Width) * Weight: 1.7 ± 0.1 kg Packing List: * 1 x HamGeek SDR Platform Packaging Details: * Package weight: 5.5kg 1. Front Panel (Introduced from left to right): * JTAG: USB connector for on-board USB-JTAG programmer. * RF Group A: * TX/RX LED: Indicates data transmission on TX/RX channels of daughterboard A. * RX2 LED: Indicates data transmission on RX2 channel of daughterboard A. * REF: LED indicating external reference clock is locked. * PPS: LED indicating valid Pulse Per Second (PPS) signal. * AUX I/O: 15-pin auxiliary GPIO connector on front panel. * GPS: LED indicating GPS reference is locked. * LINK: LED indicating communication between host and device. * RF Group B: * TX/RX LED: Indicates data transmission on TX/RX channels of daughterboard B. * RX2 LED: Indicates data transmission on RX2 channel of daughterboard B. * PWR: Power switch. 2. Rear Panel: * PWR: Power connector. * 1G/10G ETH: SFP+ ports for Ethernet interfaces. * REF OUT: Reference clock output port. * REF IN: Reference clock input port. * PCIe x4: Connector for wired PCI Express link. * PPS/TRIG OUT: Output port for PPS signal. * PPS/TRIG IN: Input port for PPS signal. * GPS ANT: Connector for GPS antenna.