Description
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The product with the Part Number 785606-01 is identified as the Model USRP-2974, a high-performance computing device designed for advanced radio applications. It is powered by an Intel i7 Processor, ensuring efficient processing capabilities for demanding tasks.
This model supports various Operating Systems including Linux Fedora, NI Linux RT, and others, making it versatile for different software environments. At its core, the FPGA is a Kintex-7 XC7K410T, accompanied by 1 GB of FPGA DRAM, providing ample speed and memory for complex operations.
For radio frequency operations, the USRP-2974 is equipped with 2 RF Transmitter Channels and 2 Receiver Channels, capable of handling a Frequency Step of less than 1 kHz. This allows for precise control over signal processing. The device offers an Instantaneous Real-Time Bandwidth of up to 160 MHz, covering a wide Frequency Range from 10 MHz to 6 GHz. Additionally, the GPSDO Frequency Accuracy can achieve up to 5 ppb when locked to GPS, ensuring high precision in frequency synchronization.
Its Input Voltage Range is specified between 14.25 V to 15.75 V DC, with a Power Consumption of 10 A, or a maximum of 150 watts. Connectivity is facilitated through an Ethernet Ports configuration that includes 1 SFP+ 10G and 1 RJ45 1G, ensuring high-speed data transfer capabilities.
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Specification | Details |
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Part Number | 785606-01 |
Model | USRP-2974 |
Processor | Intel i7 |
Operating Systems Supported | Linux Fedora, NI Linux RT, etc. |
FPGA | Kintex-7 XC7K410T |
FPGA DRAM | 1 GB |
RF Transmitter Channels | 2 |
Frequency Step | < 1 kHz |
Receiver Channels | 2 |
Instantaneous Real-Time Bandwidth | Up to 160 MHz |
Frequency Range | 10 MHz to 6 GHz |
GPSDO Frequency Accuracy | Up to 5 ppb when locked to GPS |
Input Voltage Range | 14.25 V to 15.75 V DC |
Power Consumption | 10 A, 150 watts maximum |
Ethernet Ports | 1 SFP+ 10G, 1 RJ45 1G |
RAM | Question 1: What processor does the USRP-2974 use? Answer 1: It uses an Intel i7 Processor. Question 2: What is the instant bandwidth of USRP-2974? Question 3: How many RF Tx/Rx channels does it have? Question 4: What type of FPGA does it contain? Question 5: What is its power consumption? |