Images | Mfr.Part # | Category/Manufacturer/Package/Packaging | RoHS | Price | Quantity | Operate |
|---|
 | DM5495JPARALLEL IN PARALLEL OUT, 54 SER | Category：Shift Registers Manufacturer：Rochester Electronics Package： Packaging： |  | 7+ ：$22.125 | Unit Price: $ 22.125 Total: $ 154.8750 | |
| ADSP-2105BPZ-80ADSP-2105 - DSP MICROCOMPUTER, 1 | Category：DSP (Digital Signal Processors) Manufacturer：罗彻斯特 Package： Packaging： | | |||
| ADSP-2101BPZ-100ADSP-2101 - DIGITAL SIGNAL PROCE | Category：DSP (Digital Signal Processors) Manufacturer：罗彻斯特 Package： Packaging： | | |||
| ADSP-2111BS-66DSP, 24-EXT BIT, 16.67MHZ, CMOS, | Category：DSP (Digital Signal Processors) Manufacturer：罗彻斯特 Package： Packaging： | | 3+ ：$55.46 | Unit Price: $ 55.46 Total: $ 166.3800 | |
| DM8136NDM8136N | Category：Comparators Manufacturer：罗彻斯特 Package： Packaging： | | 39+ ：$3.915 | Unit Price: $ 3.915 Total: $ 152.6850 | |
| 9513ASP9513ASP | Category：Programmable Timers and Oscillators Manufacturer：罗彻斯特 Package： Packaging： | | 8+ ：$21.145 | Unit Price: $ 21.145 Total: $ 169.1600 | |
| MC6840CSMC6840 - PROGRAMMABLE TIMER MODU | Category：Programmable Timers and Oscillators Manufacturer：罗彻斯特 Package： Packaging： | | 6+ ：$26 | Unit Price: $ 26 Total: $ 156.0000 | |
| TE512S32-40LIFPGA, CMOS, PQFP128 | Category：FPGAs (Field Programmable Gate Array) Manufacturer：罗彻斯特 Package： Packaging： | | 8+ ：$20.095 | Unit Price: $ 20.095 Total: $ 160.7600 | |
| TE512S32-40LCFPGA, CMOS, PQFP128 | Category：FPGAs (Field Programmable Gate Array) Manufacturer：罗彻斯特 Package： Packaging： | | 9+ ：$17.02 | Unit Price: $ 17.02 Total: $ 153.1800 | |
| 54ACT521/Q2A54ACT521 - IDENTITY COMPARATOR 8 | Category：Comparators Manufacturer：罗彻斯特 Package： Packaging： | | 2+ ：$98.8 | Unit Price: $ 98.8 Total: $ 197.6000 |
Rochester Electronics, LLC is a privately held American technology firm situated in Newburyport, Massachusetts, that manufactures and distributes obsolete and near-end-of-life semiconductors around the world. As an original manufacturer stocking distributor, has over 15 billion devices in stock, covering over 200,000 part numbers, offering the world's most comprehensive variety of end-of-life (EOL) and active semiconductors.
Catalog
Ⅰ Rochester Electronics Company Profile
Ⅱ Rochester Electronics Products
Ⅲ Rochester Electronics Applications
Ⅳ A Piece Of News about the Product
Ⅴ Rochester Electronics Locations
Ⅵ Rochester Electronics Alternate Names
Ⅰ Rochester Electronics Company Profile
Introduction
Rochester Electronics, LLC is a privately held American technology firm situated in Newburyport, Massachusetts, that manufactures and distributes obsolete and near-end-of-life semiconductors around the world. The company distributes and manufactures old semiconductors with permission from the original semiconductor makers. It is the world's largest and most reliable continuous supply of semiconductors, Over 70 top semiconductor makers have given their approval.
Rochester, as an original manufacturer stocking distributor, has over 15 billion devices in stock. covering over 200,000 part numbers, offering the world's most comprehensive variety of end-of-life (EOL) and active semiconductors.
Rochester has produced nearly 20,000 different device kinds as a licensed semiconductor producer . Rochester can produce over 70,000 different device kinds with to its stock of over 12 billion dies. Rochester provides a full spectrum of manufacturing services, including design, wafer processing, assembly, test, reliability, and IP archiving, allowing for speedier time-to-market.
The Semiconductor Lifecycle Solution? is Rochester. Rochester's product selection, value-added services, and production solutions are unmatched by any other organization.
Rochester Electronics Estimated Revenue & Financials
Rochester Electronics's estimated annual revenue is currently $107.8M per year.
Rochester Electronics's estimated revenue per employee is $275,000.
Rochester Electronics Jobs
| • Warehouse Associate • Territory Account Manager • Inside Sales Representative • Sales Operations Coordinator • Quality Technician • Quality Systems Engineer • Senior Engineering Technician • Electronic Tester | • Assembly Operator • Enterprise Application Engineer • HR Business Partner • Manager, Financial Planning & Analysis • Director, Supplier Development • Staff Product Engineer • Inventory Operations Associate • Tape and Reel Operator |
Ⅱ Rochester Electronics Products
| Image | Name | Description |
| N25S830HAS22IT | A 256Kb low power serial SRAM |
| 74AUP1T34GM,132 | A low power dual supply translating buffer |
| ADUC7121BBCZ-RL | A precision analog microcontroller based on the ARM7TDMI MCU |
| IRF6644TRPBF | The RF6644PbF combines the latest HEXFET? Power MOSFET Silicon technology with the advanced DirectFET? packaging to achieve the lowest on-state resistance in a package that has a footprint of a SO-8 and only 0.7 mm profile. |
| TJA1055T/1118 | The IRF6644PbF combines the latest HEXFET? Power MOSFET Silicon technology with the advanced DirectFET? packaging to achieve the lowest on-state resistance in a package that has a footprint of a SO-8 and only 0.7 mm profile. |
Ⅲ Rochester Electronics Applications
| Markets | Key Points | |
| Industrial | Key Products and Concerns Microprocessors and Peripherals • Impacted by sole sourced-architecture specific devices • Requirements for system software update • Limited support of legacy interfaces | Discrete, Logic, and Memory • Power requirements based on semiconductor technology • PCB re-design due to package obsolescence • Limited availability based on density and performance metrics |
| Automotive | Wafer Processing • Wafer map generation, back-grind, dicing, inspection, and pick and place Wafer Storage • State-of-the-art facilities for long-term storage in a nitrogen-controlled environment with real-time monitoring and backup capability | Reliability and Electrical Testing Our certifications include: • ISO-14001 • ANSI/ESDS20.20-2014 • IATF-16949 – coming soon in 2021 • AECQ-100 reliability test methodology – coming soon in 2021 |
| Aerospace and Defense | Rochester manufactured products for Military applications Intel • 186/188/196/286/486 Microprocessors • Supporting CPU Memories Analog Devices • TigerSHARC, BlackFin, & other SHARC DSPs Texas Instruments • TMS320C30/40/50 & F206/240 DSPs • Op Amps, Regulators, & Logic devices | NXP Semiconductors • Extended Temp MC68000 Microprocessors • PowerPC Processors IBM • PowerPC Processors including PPC750 series Cypress • FIFO & Dual Port SRAMs Ampleon • LDMOS, VDMOS, GaN1 PowerFETs for RF applications |
| Medical | Key Products and Concerns Microprocessors and Microcontrollers • Impacted by sole-sourced architecture-specific devices • Requirements for system software updates Power Management • Qualification requirements for isolation and safety | Analog Signal Chain, Sensors, and RF Components • Customization, calibration and qualification of the design Memory and Logic • Impacted by market and technology trends |
| Transportation | Key Products and Concerns Microprocessors and Peripherals • Impacted by sole sourced-architecture specific devices • Requirements for system software update • Limited support of legacy interfaces | Discrete, Logic, and Memory • Power requirements based on semiconductor technology • PCB re-design due to package obsolescence • Limited availability based on density and performance metrics |
Ⅳ A Piece Of News about the Product
Intel? 80C196KC 16-bit microcontroller Product Replication
The Customer Challenge
The Intel 80C196KC MCU, a vital chip to enable their production operations, had approached obsolescence for a transportation original equipment manufacturer (OEM).
Key system components frequently become obsolete as technology advances at a breakneck speed. When a crucial semiconductor "end-of-life" (EOL) is declared by an original component manufacturer (OCM), the original device's supply becomes limited. That supply quickly runs out, forcing original equipment manufacturers (OEMs) to modify equipment just to replace a single old component. OEMs must then assure a constant supply of components and plan for obsolescence in order to lengthen equipment lifecycles.
The Intel 80C196KC MCU was a critical component of our Customers' safety-related core systems. The item was no longer in production, and there was no authorized source for genuine and dependable replacement parts on the market.
Almost all transportation firms, as well as the industrial, medical, and aerospace businesses, have used the Intel 80C196 microcontroller (MCU) product line. Many of these apps take a long time to develop and have a long product lifecycle.
The MCS? 96 microcontroller family includes the 80C196KC MCU, which is a high-performance member. It's a more powerful 80C196KB with 488 bytes of RAM and 16 and 20 MHz operations. It's built using Intel's CHMOS III process, which results in a high-performance processor with minimal power usage.
Over the range of 0°C to +70°C, the commercial (standard) temperature option is assured. Over a temperature range of -40°C to +85°C, the extended (Express) temperature range option is guaranteed. A 68-Ld PLCC is available in RoHS and non-RoHS versions, as well as a 68-Ld Ceramic PGA in a non-RoHS form.
Buying from an unapproved source was extremely dangerous. Receiving faulty or counterfeit devices might have caused equipment to fail or jeopardized the safety of their mission-critical application. When critical components like microcontrollers need to be replaced, it affects not only the actual hardware but also the software and code written for these devices. In many situations where safety is a priority, software must also pass stringent quality control certifications. The equipment manufacturer was now faced with the task of finding a long-term supplier for a high-quality, authorized replacement part that met the original manufacturer's criteria.
The Rochester Solution
Rochester has been offering 100% Authorized, Traceable, Certified and Guaranteed Intel product solutions for over 25 years. Because of their long-standing relationship with Intel and the fact that the 80C196KC 16-bit microcontroller is a standout member of the product family, this client turned to Rochester Electronics for inventory support after the device's EOL notice. Component replication was the most reasonable method because there were no surviving finished goods or related wafers/dies.
The Design Team at Rochester Electronics creates design solutions for long-life applications, guaranteeing that system software does not need to be updated while also delivering drop-in hardware solutions that reduce new qualification costs.
Rochester Electronics successfully recreated the 80C196KC starting with wafers replicated according to the original IP as a licensed Intel manufacturer with the source design, technology, and test databases.
Parts were also put through their paces using Intel's original factory test programs, and the Rochester team devised test methods to ensure that the product met or surpassed the OCM datasheet.
This was a highly successful collaboration between Rochester's design, supplier, and test teams, as well as Intel's loyal partners. With the return of the Intel 80C196KC to the market, this transportation OEM was able to extend the life of their equipment well beyond component obsolescence with a drop-in replacement that didn't require any software or hardware changes, avoiding costly re-qualification, recertification, and redesign.
Ⅴ Rochester Electronics Locations
Global Headquarters
16 Malcolm Hoyt Drive
Newburyport, MA 01950
United States
Rochester Electronics Contact
Main: +1.978.462.9332
General Sales: +1.978.872.1015
ECommerce: +1.978.233.0570
Fax: +1.978.462.9512
Ⅵ Rochester Electronics Alternate Names
Rochester Electronics has several brands around the world that distributors may use as alternate names. Rochester Electronics may also be known as the following names:
| ROCHESTER ROCHESTER ELECTRONIC ROCHESTER ELECTRONICS LLC Rochester Electron | Rochester Electronics Inc ROCHESTER(REI) ROCHESTER INSTRUMENT REI | NFROCHESTER ROCHESTER ELECT INC Rochester(Intersil) |
1. Who owns Rochester Electronics?
Curt Gerrish, owner and founder of Rochester Electronics.
2. How big is Rochester Electronics?
As an original manufacturer stocking distributor, Rochester has over 15 billion devices in stock encompassing more than 200,000-part numbers, providing the world's most extensive range of end-of-life (EOL) semiconductors and broadest range of active semiconductors.
3. How many employees does Rochester Electronics have?
Company Description: Rochester Electronics, LLC is located in Newburyport, MA, United States and is part of the Semiconductor and Other Electronic Component Manufacturing Industry. Rochester Electronics, LLC has 175 total employees across all of its locations and generates $169.72 million in sales (USD).
4. Is Rochester Electronics a public company?
Rochester Electronics, LLC is a privately owned American technology company headquartered in Newburyport, MA, United States that manufactures and globally distributes semiconductors that are either obsolete or nearing the end of their product lifecycle.
5. Where is Rochester Electronics?
Headquartered in Newburyport, MA. USA, Rochester has facilities in every major market around the globe. For over 35 years Rochester, in partnership with over 70 leading semiconductor manufacturers, has provided our valued customers with a continuous source of critical semiconductors.
