BP-2000 Concurrent Programming System

• Programs virtually all memories and microcontrollers, including very low-voltage devices
  
• Concurrent architecture improves throughput and quality
  
• Support includes DIP, PLCC, TSOP, SOIC, QFP, SDIP, mBGA, BGA, PCMCIA and SIMM devices
  
• Programming starts automatically
  
• Rugged fault-tolerant design ensures high up-time

The BP-2000 Concurrent Programming System concurrently programs 4 or 8 memory or microcontroller devices. The system's fast programming times and concurrent architecture means its performance exceeds gang programmers with many more sockets. Since each programming site is a universal memory/microcontroller programmer, the system supports far more devices than gang programmers and virtually perfect yields are achieved even on fast and very low-voltage devices. A well-designed human interface eliminates the source of most blank part defects and reduces fatigue. Fault tolerance allows the system to continue programming even if one of the sites should fail. All these benefits of concurrent programming are now available for about the same price as a conventional gang programmer.

BP-2000 Concurrent Architecture

The Concurrent Programming System architecture, invented by BP Microsystems, improves throughput, quality, flexibility, and reliability. Throughput is improved because programming times are fast and the operator spends less time waiting for the machine to complete programming. Since programming starts as soon as the device is inserted and the socket is closed, the system can complete programming of the first device by the time the operator has loaded the last site, eliminating the frustrating waiting time associated with conventional programmers.

Flexibility is unmatched because the system is based on universal memory/microcontroller programmers capable of programming all device architectures, technologies, and packages. Behind each programming socket is a powerful universal device programmer with independent CPU, memory, and pin drivers. New very low voltage devices, large memories, fast devices, uncommon microcontrollers, and chip-scale packages are all supported. Socket modules for the BP-2000 are interchangeable with other BP Microsystems programmers, including both engineering and production programmers, so you can get the most from your investment in socket modules.

Improved ergonomics reduce operator fatigue, stress, and mistakes. The unit's low profile reduces stretching and improves visibility. Programming sockets are oriented to simplify the rotation of devices. A well-designed human interface reduces the level of concentration required to program parts accurately.

Quality Results

Quality is improved by a well-designed human interface. Only a single part is handled at a time, unlike gang programmers, so the operator's full attention is given to handling each device. Failed devices attract the operator's attention with multiple audible and visual indicators. The most frequent causes of blank devices have been eliminated; programming starts automatically so the operator cannot forget to start the system. And, the green "pass" LED extinguishes when the part is removed, eliminating the confusion caused by the green LED remaining illuminated even when a blank device is in the socket.

Automated job setup speeds operation and reduces operator error by allowing a supervisor or technician to record the proper parameters for a job, including which file to load and special configuration options to for the device. Once the job has been recorded, the operator simply selects the job from a list, specifies the number of devices to program, and begins programming or verifying parts. Checksums are automatically checked to confirm file integrity.

The BP-2000 achieves high yields by generating uncompromised programming waveforms that scrupulously follow semi-house specifications. Unlike gang programmers, which can be plagued by noise, crosstalk and compromised algorithms, each site of the BP-2000 has a completely independent CPU and 84 pin drivers. Thus, a defective device in one socket can never compromise the integrity of the other devices being programmed simultaneously. Similarly, noise generated by fast devices never compromises yield. Low voltages devices can be programmed and verified in a true low-voltage condition. All these benefits will help to improve your bottom line and your reputation.

Device Support

The BP-2000 supports virtually every memory and microcontroller device available today. Close relationships with semiconductor manufacturers all over the world allow BP Microsystems to support new devices as they are released to the marketplace. Getting support for the latest parts is quick and easy because all programmer software is stored on your PC or file server. Your entire shop can be updated by placing a single file on your file server. Support for new devices, released each six weeks, is provided simultaneously for BP Microsystems' engineering and production programmers, eliminating the possibility that production support won't be available for a part that was made available to engineering users.

Socket Modules are available to support BGA, DIP, LCC, µBGA, PLCC, PCMCIA, QFP, SDIP, SOIC, SIMM, TSOP and other packages. A universal 48-pin DIP socket that supports all DIP devices is standard on the BP-2000. An extremely flexible and rugged universal PLCC socket is available that supports 20- to 84-pin PLCC devices. Note that you do not have to buy special pin drivers, rails, options, software or firmware to support the full spectrum of devices-just the required socket module.

The BP-2000's continuity test feature verifies that every pin driver has a clean connection to the device before programming commences. Unlike competing programmers, which offer only a rudimentary power supply test, the BP-2000 can detect dirty sockets and bent leads before attempting programming, so you won't waste good devices and hours of troubleshooting time when a socket wears out.

Fault Tolerance

The BP-2000's fault-tolerant design can keep your shop running even when the going gets though. In the event that one of the sites should fail, the system can normally detect the problem automatically and continue operating without that site so you can choose a convenient time to make the repair. By eliminating the central controller and providing multiple power supplies, BP's engineers have eliminated sources of problems that could have stopped the machine entirely. The system's rugged metal construction stands up to years of use in real-world production environments.

Support

BP Microsystems, the world's leading manufacturer of advanced device programmers, provides customer support that is second-to-none. You can speak directly to a knowledgeable technician by calling our technical support hot line which is toll free within the USA., 8 AM - 6 PM CST. Outside the United States, BP Microsystems' local representatives and international sales offices also provide technical support.

Software updates after the first year are available on an annual basis. Updates will be mailed to you when they are released. The latest software, including interim releases, is available on BP Microsystems web site, www.bpmicro.com.

When a job is started, the number of devices desired may be entered on the screen. When the desired number of devices has been programmed, the system signals the operator and prevents additional programming. Important job statistics such as file name, checksum, device selected and yield are always shown on the screen. An end-of-job report may be printed as a permanent record showing all important job statistics including time, date, throughput and yield.

JobMaster

JobMaster control software, which is a standard feature of the BP-2000, automates the process of starting jobs to reduce errors and save time. The operator simply chooses which job to run from a menu that shows your internal part numbers and specifies the number of devices to program or verify. The software automatically selects the appropriate device, loads the file, chooses any required device-specific options for the device, verifies the file checksum, and prepares the unit to program or verify devices. Since there is no download time and no manual steps are required, the whole process takes just seconds.

The system can be placed into "operator" mode that allows users to program and verify jobs using a simple menu but will not allow manual selection of devices, loading patterns, editing data, etc. Switching to "supervisor" mode, which requires a password, gives full access to all system commands. Jobs are easy to set up-after producing your first article, just execute one command to record the state of the machine. You can even place bar codes on your work orders or job sheets to simplify the process further. The job database may be stored on the control PC or your file server, allowing the job database to be shared by all users in your shop.

Software Features

BP Microsystems' highly acclaimed control software is versatile, powerful, and intuitive. The software is easy to use for both novices and experts. Selecting a device is quick and accurate. The list of devices matching your selection is shown on the screen as you type in the part number so there's never any guessing about part numbers. Automatic file type determination eliminates a common source of confusion. Automatic package selection allows you to change the programming socket without having to power down or change the software configuration. Software updates can be performed by updating a single file. Companies with many users on a network can upgrade quickly by storing the file on a server. There is no need to upgrade the programmer firmware for each software upgrade. The system can be configured to automatically start in "operator mode," so it is ready to begin programming devices chosen from a menu. The software facilitates advanced applications such as complex serialization and automatic checksum verification.

BP Microsystems, 1000 N. Post Oak Rd, #225, Houston, TX 77055. Tel: 713-688-4600; Fax: 713-688-0920.