Feb 15, 2016 
Data I/O Corporation (NASDAQ: DAIO), the leading global provider of advanced programming and IP management solutions for flash, flash-memory based intelligent devices and microcontrollers, will showcase the new LumenX programming technology integrated into the PSV7000 in Booth #1635 at the IPC APEX EXPO, scheduled to take place March 15-17, 2016 at the Las Vegas Convention Center in Las Vegas, NV.
The LumenX programming platform is a breakthrough in programming technology optimized for the latest generation of eMMC devices and large file sizes. The LumenX programmer delivers the highest performance managed and secured programming for the lowest total cost per part. The LumenX programming platform is available in the award winning PSV7000 automated system and manual configurations.
Revolutionary Performance
With ultra-fast performance, the LumenX programming platform delivers programming speeds up to 80 MBytes/second and download speeds of 25 MBytes/second up to 5x faster than today’s programming and duplicating technology.
Managed and Secure Programming
The LumenX programmer offers industry leading management and security capabilities, while eliminating the security risks associated with the duplication process. The LumenX Data Management Software Suite ensures data integrity from job creation through production. A comprehensive suite of Traceability Software Applications along with fiber laser marking and 3D co-planarity component inspection meets the demanding process requirements for automotive electronics applications.
Revolutionary Value
Designed to maximize socket capacity and reduce the cost of programming, the LumenX programmer supports 8 sockets per programmer with up to 14 LumenX programmers in the PSV7000 for the highest programming density available. The PSV7000 supports both FlashCORE III and LumenX programmers concurrently installed. Current customers with PSV7000 systems have their investments protected as they can upgrade their systems to add LumenX programmers alongside their current technology. The combination of ultra-fast read/write and download speeds, high socket capacity and high throughput allows manufacturers using one PSV7000 with LumenX programmers to program what previously required multiple systems to produce reducing the total cost per programmed part by up to 75 percent.
PSV5000 Automated Programming System
Data I/O will also showcase the new PSV5000 automated programming system at Productronica. The PSV5000 automated programming system is the cost effective entry point for high quality Data I/O programming. The PSV5000 delivers trusted performance, flexibility and reliability at an affordable price.
The PSV5000 handler is rated for delivering up to 1300 parts per hour. Designed for flexibility, the PSV5000 supports all device types, including FPGAs, CPLDs, Microcontrollers and flash memories (including Serial Flash, eMMC, NAND and NOR devices) with tape and tray configurations with up to 6 programmers (24 individual sockets) in a compact footprint. Existing Data I/O customers can leverage their installed base of FlashCORE III adapters, software, and algorithms with the PSV5000. Data I/O Serial Number Server Software also is supported on the PSV5000.
Since 1972 Data I/O has developed innovative solutions to enable the design and manufacture of electronic products for automotive, medical, wireless, consumer electronics, industrial controls and military/aerospace markets. Today, our customers manufacture tens of millions of products each year using Data I/O programming solutions to reliably, securely, and cost-effectively deliver their Intellectual Property into programmable devices. Data I/O provides programming solutions for devices in any package, whether programmed in a socket or on a circuit board. Our expertise in programmable integrated circuits, global supply chain processes, and IP management and protection helps bring innovative new products to life. These solutions are backed by a global network of Data I/O support and service providers, assuring success for our customers.
