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LORDWORLD
LORDWORLD USB Blaster V2 Download Cable 10-pin USB 2.0
Connects a PC to Altera FPGA boards via 10-pin header for JTAG, AS and PS programming over USB 2.0
- Connects PC to Altera FPGA via USB 2.0
- 10-pin header delivers configuration data to target board
- Supports JTAG, AS and PS programming modes
- Works with most Altera FPGA and CPLD devices
- Iterative downloads speed prototyping and production programming
FPGA programming cable for Altera devices
The LORDWORLD USB Blaster V2 connects a PC USB 2.0 port to a standard 10-pin header on an Altera FPGA or CPLD board. It transfers configuration data for iterative prototyping or production programming. The cable targets engineers and students working with Altera programmable logic.
USB 2.0 bandwidth and header constraint
The link runs at USB 2.0 speeds, which limits how fast configuration bitstreams can be streamed to the target. A 10-pin header is required on the board; devices with different pinouts or without a header cannot be connected directly.
Compact adapter for bench use
The cable body is a small dongle that plugs straight into a USB-A socket, leaving the 10-pin lead free for the target header. No external power supply is needed, drawing power from the host port. The short tether keeps the setup tidy on a crowded bench.
Priekšrocības
- Connects PC to Altera FPGA via USB 2.0
- 10-pin header delivers configuration data to target board
- Supports JTAG, AS and PS programming modes
- Works with most Altera FPGA and CPLD devices
- Iterative downloads speed prototyping and production programming
Specifikācijas
| Brand | LORDWORLD |
|---|
Jautājumi par šo preci
Should I choose the 10-pin version for my Altera FPGA board?
Yes, the cable terminates in a standard 10-pin header that matches the JTAG/AS/PS connector on most Altera FPGA and CPLD development boards.
What does USB 2.0 mean for programming speed on my target device?
The USB 2.0 link sets the host-to-cable bandwidth; actual configuration throughput is limited by the FPGA's JTAG TCK frequency and the selected download mode.
Does the USB 2.0 interface cap the JTAG clock rate I can use?
The USB 2.0 connection provides ample bandwidth; the practical JTAG clock ceiling is determined by the cable's internal logic and the target board's signal integrity, not the USB link.
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