Data I/O Corporation Announces Microcontroller Programming on FlashCORE, the World's Fastest Programming Architecture.Business Editors/High-Tech Writers REDMOND, Wash.--(BUSINESS WIRE)--March 31, 2003 Data I/O (Input/Output) The transfer of data between the CPU and a peripheral device. Every transfer is an output from one device and an input to another. See PC input/output. I/O - Input/Output (R) Corporation (Nasdaq:DAIO DAIO Direkt-Anlage in Österreich (Austrian Discount Broker) DAIO Defense Agencies-Indianapolis Operations ), the leading provider of manual and automated programming systems today announced support for Flash-based microcontrollers on its FlashCORE(TM) programming architecture. FlashCORE is the revolutionary high-speed architecture underlying Data I/O's automated inline programming system ProLine-RoadRunner(TM), the high-speed offline-handler PS300 FlashCORE(TM), and FlashPAK(TM) desktop programming systems. The world's first inline programming solution for Microcontrollers The ability to program microcontrollers at high speed on FlashCORE translates to competitive advantage for manufacturers of microcontroller A single chip that contains the processor (the CPU), non-volatile memory for the program (ROM or flash), volatile memory for input and output (RAM), a clock and an I/O control unit. based products, where time-to-market is key to commercial success. "The typical microcontroller programmer uses slow serial methods to program and verify these devices, causing a bottleneck A lessening of throughput. It often refers to networks that are overloaded, which is caused by the inability of the hardware and transmission lines to support the traffic. It can also refer to a mismatch inside the computer where slower-speed peripheral buses and devices prevent the CPU in production," said Kelly Hirsch, Chief Technologist at Data I/O. "To break this manufacturing bottleneck, we have designed a high-speed parallel interface in the FlashCORE architecture, exclusively for microcontrollers. For example, the ProLine-Roadrunner inline programming system can program two of the popular Motorola 9S12 devices in 3.24 seconds. This rapid programming time will allow manufacturers to integrate device programming directly into the manufacturing line, eliminating delays and reducing production costs." Flexible product line allows easy upgrades The addition of microcontroller capability will provide groundbreaking improvements in production efficiency for existing users of Data I/O manufacturing systems. All FlashCORE based programming systems will have the ability to implement microcontroller programming, with the purchase of programming algorithms and a simple change of socket adapters. Responsive device support Release of initial microcontroller programming capability on FlashCORE came about through close partnership with key customers in the automotive industry The automotive industry is the industry involved in the design, development, manufacture, marketing, and sale of motor vehicles. In 2006, more than 69 million motor vehicles, including cars and commercial vehicles were produced worldwide. , programming centers and EMS (electronics manufacturing services Electronic manufacturing services (EMS) is term used for companies that design, test, manufacture, distribute and provide return/repair services for electronic component and assemblies for original equipment manufacturers (OEMs). ) companies. "The flexibility of the patented FPGA-based FlashCORE architecture allows us to create solutions for emerging device technologies," said George Anderson George Anderson may refer to:
Analysts estimate that, by 2005, the average person will come into contact with more than 300 microcontrollers a day. Home appliances, automobiles, office climate control, networking, security and phone systems increasingly rely on embedded Inserted into. See embedded system. microcontrollers as the 'brains' behind their functionality. Dramatic increases in microcontroller use through 2005 will require superior programming and handling technology in prototyping and manufacturing these products. ProLINE-RoadRunner(TM): The world's fastest and most cost-effective inline programming system The ProLINE-RoadRunner, an automated inline programming feeder, is targeted for high volume users of high-density Flash memory devices and microcontrollers, including cellular phone, automotive, and consumer electronics manufacturers. The RoadRunner roadrunner or chaparral cock Either of two species of terrestrial cuckoo, especially Geococcyx californianus (family Cuculidae), of Mexican and southwestern U.S. deserts. About 22 in. removes devices from tape, programs two to four devices in parallel, then delivers the programmed parts to the pick-up point of the placement machine. PS300 FlashCORE(TM) Automated Programming System for high volume programming The PS300FC automated programming system accommodates up to twelve programmers (up to 48 programming sites), surpassing any throughput currently available. Combining FlashCORE programmers with a high-speed handler A software routine that performs a particular task. It often refers to a routine that "handles" an exception of some kind, such as an error, but it can refer to mainstream processes as well. The term is typically used in operating systems and other system software. , PS300 has a unique architecture that delivers the lowest programming cost in offline programming operations. This is accomplished by a combination of exceptional programming speed, reliable handler platform, system scalability, and software-based process control. FlashPAK(TM) Programming System: Optimized for high-density Flash device programming Data I/O FlashPAK is a high-speed gang desktop programming system for prototype and production programming environments. The FlashPAK Programming System is designed to program the leading high-density Flash memory and microcontroller devices at near theoretical minimum programming times and at the lowest cost per programmed part. FlashPAK complements the RoadRunner and PS300 systems, and fulfills the Data I/O Connected Programming Strategy, by providing consistent use of programming architecture and algorithms from initial design through prototype and production. About Data I/O Celebrating 30 years of innovative leadership in the device programming industry, Data I/O Corporation Data I/O Corporation NASDAQ:DAIO (commonly known as "Data I/O") is a manufacturer of programming and automated device handling systems for programmable integrated circuits. (R) (Nasdaq:DAIO) provides manual and automated device programming systems that specifically address the requirements of engineering and manufacturing operations Manufacturing operations concern the operation of a facility, as opposed to maintenance, supply and distribution, health, and safety, emergency response, human resources, security, information technology and other infrastructural support organizations. . FlashCORE(TM) is the architecture behind a family of Flash Programmers that deliver the highest throughput and lowest cost per programmed device. For Flash, Microcontroller and Logic device support, the MultiSyte and UniSite families provide universal support and versatility to address a wide variety of programming needs. Data I/O Corporation is headquartered in Redmond, Washington Redmond is a city in King County, Washington, USA. It is situated on the eastern edge of the Seattle urban area, in what is known as the Eastside. In 2003 the Census Bureau estimated the city population was 46,391. , and has sales and service offices worldwide. For more information, see www.dataio.com or call 800-426-1045. All company and product names mentioned may be trademarks or registered trademarks of their respective holders and are used for identification purposes only. The matters discussed in this news release include forward-looking statements forward-looking statement A projected financial statement based on management expectations. A forward-looking statement involves risks with regard to the accuracy of assumptions underlying the projections. that are subject to risks and uncertainties that may cause actual results to vary significantly. These risks include market and competitive factors, and other risks described in the Company's most recent annual report and/or in any of its other filings with the Securities and Exchange Commission. The Company assumes no obligation to update the information in this release. Reference to the Company's website above does not constitute incorporation of any of the information thereon there·on adv. 1. On or upon this, that, or it. 2. Archaic Following that immediately; thereupon. Adv. 1. thereon - on that; "text and commentary thereon" on it, on that into this press release. |
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