Rochester Electronics has re-introduced and continues to manufacture the AMD 27S21 1,024-Bit Bipolar Programmable Read-Only Memory. This highly reliable ultra-fast Schottky TTL PROM is available in a three-state (27S21) output version, which makes it compatible with a variety of micro-programmable controls. For a continuous authorized source on this product series, check inventory here.

Rochester Electronics has re-introduced and continues to manufacture the AMD 79C940 Media Access Controller for Ethernet (MACE). This CMOS VLSI device provides flexibility in customized LAN design and addresses applications involving multiple I/O peripherals where a centralized or system specific DMA is required. For a continuous authorized source on this product series, check inventory here.

Rochester Electronics has re-introduced and continues to manufacture the AMD 79C940 Media Access Controller for Ethernet (MACE). It is specifically designed to address applications where multiple I/O peripherals are present and a centralized or system DMA is required. Supports IEEE 802.3/ANSI 8802-3 and Ethernet standards.

Rochester Electronics has re-introduced and continues to manufacture the Intersil CA3080 and CA3080A 2MHz Operational Transconductance Amplifiers. Noted for their excellent slew rate (50V/µs), they are ideal for multiplexer and fast unity-gain voltage followers. For a continuous authorized source on this product series, check inventory here.

Rochester Electronics has re-introduced and continues to manufacture the AMD Am27C512 – 512 kilobit CMOS EPROM. It’s organized as 64K words by 8 bits per word, operates from a single +5 V supply and can typically access data in less than 55 ns. The CMOS process technology provides for high speed, low power and high noise immunity.

Rochester Electronics has re-introduced and continues to manufacture the AMD Am27C010 – 1 megabit CMOS EPROM. It’s organized as 128K words by 8 bits per word, operates from a single +5 V supply and can typically access data in less than 45 ns, allowing high performance microprocessors to operate without any WAIT states.

Rochester Electronics has re-introduced and continues to manufacture the 74FR16245 16-Bit Transceiver with 3-STATE Outputs - 100% authorized from the OEM. This bit-controlled device is intended for bus-oriented applications, transceiver features non-inverting buffers, bidirectional data paths and an A and B sink capability of 64 mA, source capability of 15mA. For an authorized continued source for this series, check inventory here.

Rochester Electronics has re-introduced and continues to manufacture the 54FCT244 Octal Buffer/Line Driver with TRI-STATE Outputs - 100% authorized from the OEM. Features non-inverting buffers and is designed to be employed as a memory and address driver, clock driver, or bus-oriented transmitter/receiver.

Rochester Electronics has re-introduced and continues to manufacture the 8251A – Programmable Communication Interface, the industry standard Universal Synchronous/Asynchronous Receiver/Transmitter designed for communications with microprocessor families.

Counterfeit semiconductors are entering the worldwide supply chain in unprecedented numbers, and those numbers are increasing at an exponential rate. Also entering the world supply chain are substandard components that were originally viable but have been damaged through improper handling, storage, and shipping methods employed by unauthorized distributors.

Rochester Electronics is providing continuing manufacturing services for more than 50 products from Applied Micro Circuits Corporation's (Nasdaq: AMCC) standard semiconductor product portfolio. The AMCC products include the S2004 quad serial backplane device, S2060A/D001 transmitter and receiver chips, and S2068 dual transmitter and receiver chips. The reinstated production of these components, which is completely authorized by AMCC, was accompli...

Rochester Electronics, the world's largest authorized manufacturer and distributor of end-of-life and mature semiconductors, is providing continuing manufacturing services of LSI Corporation's entire HCMOS (high-speed complementary metal-oxide semiconductor) ASIC (application-specific integrated circuits) gate array product offering.

Rochester Electronics, the world's largest authorized manufacturer and distributor of end-of-life and mature semiconductors, has reintroduced the gate array semiconductor portfolio from Applied Micro Circuits Corporation (Nasdaq: AMCC).

Selecting the proper fault models, methodologies, implementation techniques, and test facilities appropriate for each of today’s IC chips is a complex science. Rochester Electronics has founded its Original EngineeringDriven (OED) Test Protocol™ on continuing manufacturing agreements with original semiconductor manufacturers and the advanced expertise of Rochester’s dedicated test engineers.

Rochester Electronics has expanded its space-level continuing manufacturing services and product offering to provide a continuous, long-term source of certified semiconductor devices. Since many manufacturers are discontinuing production of space-level parts due to the rigorous certification processes and expansive infrastructure required to manufacture, test, and store these low-volume parts, customers are often left with few places to turn for ...

Selecting the proper fault models, methodologies, implementation techniques, and test facilities appropriate for each of today's IC chips is a complex science. Rochester Electronics has founded its Original Engineering-Driven Test Protocol on continuing manufacturing agreements with original semiconductor manufacturers and the advanced expertise of Rochester's dedicated test engineers. Rochester Electronics ensures that the proper test techniques...

Rochester Electronics, the world's largest authorized manufacturer and distributor of end-of-life and mature semiconductors, has re-created the Intersil Corporation (formerly of Harris Corporation) avionics-level HIP0081 quad-inverting power drives with serial diagnostic interface devices. Rochester's Semiconductor Replication ProcessTM (SRPTM) guarantees that the Rochester-manufactured parts exactly match the form, fit, and function of the origi...

Rochester Electronics is proving that the combination of semiconductor re-creation and continuing manufacturing is a cost-effective and time-saving alternative to system re-design when critical semiconductors are no longer available from the original manufacturer. As the world's largest authorized manufacturer of discontinued semiconductors, Rochester Electronics has established a process that provides customers with a replica device that matches...

Rochester Electronics has been selected as an authorized distributor of Altera Corporation's legacy and end-of-life (EOL) field programmable gate array (FPGA) devices. Rochester has acquired finished devices as well as wafer/die, intellectual property, test programs, and test equipment from Altera to extend the long-term availability of many mission-critical Altera semiconductor devices. These devices include the EP1810, EP610, and EP910 product ...

Rochester Electronics has certified its facility in Newburyport, Mass to EN 9120:2002 requirements, the aerospace quality management system for stockist distributors. The EN 9120:2002 certification provides suppliers with a comprehensive quality system focused on areas directly impacting aerospace distribution. The EN 9120:2002 standard addresses chain of custody, traceability, quality control, availability of records and counterfeit awareness.