BPM2900L
The BPM2900L with our Precision Lever Socket Actuator and Universal Pressure Plate is our latest 9th Generation Universal Production Programming Solution.
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- Extendable
- Increase capacity utilisation and lower overall costs by connecting up to 11 BPM2900’s for cocurrent programming of up to 44 devices.
- Ergonomic Design
- Reduce operator fatigue and increas yield.
- 9th Gen Site Technology
- Future-proof investment with universal site tech.
- Valued Priced
- Lowest cost programmer with maximum capabilities
- Wide Range of Socket Adapters
- OneNAND, eMMC, iNAND, MLC, SLC, MCU, PLD – whatever your device type, the BPM2900 can support it.
We understand that all applications are unique and have their own challenges, that’s why our dedicated support team are on hand to help you when it matters most.
The BPM2900L combines true universal device support with the industry’s fastest programming speeds. Supporting Concurrent® production programming and high-speed support for the latest MCUs, NAND, NOR, Serial Flash and eMMC, up to 100MBytes/s program/verify times.
Our Lever Socket Actuator features precision machined aluminium alloy hardware and precision bearings for long life in a production environment. It also allows the operator to consistently actuate sockets while placing and removing devices while minimising the fatigue from opening standard and high-tension sockets by hand.
Precision socket actuation increases socket longevity. Opening the socket fully and evenly every time minimises the potential for bent pins on programmable devices. The Universal Pressure Plate supports virtually all available production sockets and allows for quick package changes and adjustments – no tools required.
Combining the powerful Vector Engine Co-Processor®, capable of achieving an amazing peak operating rate of 24Gbits per second, with true universal device support for MCUs, managed NAND, flash memory and more to give you the ultimate solution to your device programming requirements
Vector Engine Co-Processor accelerates flash memory waveforms during the programming cycle. Faster speeds are achieved through synchronous operations that eliminate the dead times when the DUT waits on the programmer. The result is programming near the theoretical limits of the silicon design — the faster the device, the faster the device is programmed.
OneNAND, eMMC, iNAND, MLC, SLC, MCU, PLD – whatever your device type, the BPM2900L can support it. Plus, you can connect up to 11 BPM2900Ls to one PC for concurrent programming of up to 44 devices.
Socket cards provide the electro-mechanical interface between your device and the programmer. They’re precisely designed to deliver high-fidelity waveforms to the programmable device, ensuring very high first-pass yield. Each individual socket card can be fully utilised and easily replaced to maintain full programming capacity. Our socket card design, with a receptacle socket option, ultimately increases your manufacturing uptime, produces higher first-pass yield, and saves replacement costs by as much as 75 per cent.
