BP-2100 (Flash Support)

The BP-2100 is the ultimate parallel device programmer, capable of concurrently programming 4 to 16 complex devices. Because it is a concurrent programmer, the system starts programming each device as soon as the device is inserted. When the last socket is filled, the first device will be complete and the process begins again, keeping your operator or autohandler in perpetual motion. The programming electronics are based on our proven BP-1200 design, so programming is speedy, reliable, and independent on each socket. When programming a wide variety and a large number of devices, the flexibility offered by the BP-2100 makes this a simple task. If you are programming Intel's flash memories, this is the perfect solution to maximize your throughput. Each socket on the BP-2100 is independent. This is beneficial when programming devices whose programming times differ from part to part.
Compared with alternative solutions, the BP-2100 can offer a magnitude of improvements in throughput, programming costs, and floor space. The system's primary use is to program and test complex devices with slow programming times, and also for programming unusual memory or microcontrollers not supported by the conventional gang programmer. The BP-2100 programs all of Intel's Flash memory components extremely well. BP Microsystems works with Intel to ensure that your Intel devices are programmed correctly.
The BP-2100 has many features to meet the requirements of real-world production facilities. The BP-2100's fault tolerant architecture allows the system to continue production even if one of the sockets or boards should fail, because the system is capable of programming devices without intervention by the PC. Depending on your needs, the system can be used manually, or automated with an advanced autohandler/laser marker capable of handling fine pitch SMDs tray-to-tray. Design files and job statistics can be stored on a file server to meet your document control and SPC requirements. The BP-2100 is the first programmer capable of programming hundreds of thousands of fine-pitch flash memories, SMDs, FPGAs, CPLDs, and complex microcontrollers month after month.