9 CPLD Manufacturers in 2024
This section provides an overview for cplds as well as their applications and principles. Also, please take a look at the list of 9 cpld manufacturers and their company rankings. Here are the top-ranked cpld companies as of November, 2024: 1.Lattice Semiconductor, 2.Xilinx, 3.Acme Chip Technology Co..
Table of Contents
Engaged in research on nitride semiconductor growth using the MBE method at Waseda University Graduate School. After graduating from graduate school in 2016, he joined a non-ferrous metal manufacturer.
Engaged in equipment maintenance and engineering work at metal smelting plants. Moved to a chemical manufacturer in 2022. Engaging in similar tasks.
What Is a CPLD?
A Complex Programmable Logic Device (CPLD) is a rewritable logic device with a relatively complex circuit structure.
CPLDs have made the development of products easier and less expensive than ever before.
Uses of CPLDs
CPLDs are widely used in the control boards of various consumer and industrial products, such as:
- Digital cameras and multifunction devices.
- Smartphones.
- In-vehicle controls and car navigation systems.
- Game consoles.
CPLDs are used in control circuits, particularly for the management of power circuits. They are often responsible for managing the order in which power is applied to circuits, voltage selection circuits, and other functions.
Principle of CPLDs
A CPLD consists of a block in which multiple programmable logic circuits are integrated and a wiring area that connects the different blocks. The block consists of three macrocells with AND-OR gate structures, a D-type flip-flop to hold one bit of information as either 0 or 1, and I/O pins for input and output.
The macrocell inputs digital signals from the Input pin and outputs signals to the Output pin with user-programmed logic circuitry. Internal primary data is stored in flip-flops.
The Routing Area is the connection between blocks and output data through one or more blocks.
Other Information about CPLDs
1. Differences between CPLDs and FPGAs
Field-Programmable Gate Arrays (FPGAs) are similar to CPLDs in that they use volatile memory, which means that circuit data is lost when power is removed.
CPLDs, on the other hand, use nonvolatile memory, such as EEPROM or flash memory, which retain circuit data. There is also a difference in scale.
FPGAs have tens of thousands of gates, while CPLDs have only a few thousand. Therefore, CPLDs are used to provide design data to FPGAs when power is turned on, while FPGAs are used to perform large-scale logic circuitry.
Additionally, latency varies depending on where the logic blocks are located, making it difficult for the FPGA to predict. In contrast, latency is easier for CPLDs to predict because the number of macrocells to be routed through them is fixed.
2. History of CPLDs
CPLDs were developed to replace TTL and CMOS logic devices about 30 years ago. At that time, circuits were constructed by combining general-purpose logic ICs with only NOT and AND functions.
The 7400 series from Texas Instruments (TI) is well known, but it is said that engineers at that time had to memorize hundreds of devices. The problem was that as circuits became more complex, dozens to hundreds of general-purpose logic ICs were required, resulting in huge board sizes.
As transistor miniaturization progressed, it became possible to realize thousands or tens of thousands of general-purpose logic ICs in a few LSIs, which accelerated the development of CPLDs.
3. The Process of Developing CPLDs
The development process for CPLD design is categorized into the following steps: logic design, logic synthesis, place and route, timing verification, and programming.
- Logic Design
Circuit design, also known as RTL design, is performed using hardware description languages such as Verilog and VHDL. - Logic Synthesis
Converts a circuit expressed in a hardware description language into a netlist that can be implemented in a CPLD. The circuit description is interpreted and converted into logic expressions such as NOT and AND. At this point, optimization is also performed to improve the operating speed of the circuit and reduce the chip area. - Place and Route
This determines how the contents of the netlist are arranged inside the CPLD. The time it takes for the outputs of the combined circuitry to stabilize is calculated, and the output timing between signals is adjusted to mitigate variability. - Timing Verification
Define delay times for elements inside CPLDs and perform simulations. - Programming
Based on the final design, data generated from development tools is fed into the CPLD.
List of 9 CPLD Manufacturers
*Including some distributors, etc.
Sort by Features
- Default
- Company Size: largest first
- Year Founded: oldest first
- Year Founded: earliest first
Sort by Area
- United States of America
- China
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Lattice Semiconductor
CPLD
Manufacturer Overview
Lattice Semiconductor, is a software and development kit manufacturer, founded in 1983 and headquartered in Hillsboro, Oregon, USA. The company provides various electronic components such as development boards, FPGA (field-programmable gate arrays) semiconductors, evaluation boards, integrated circuits, and converters. These components are applicable to communication, data center systems, client computing, wireless technology, and automotive applications. The company is into solving customer challenges in communication, computing, industrial, automotive, and consumer markets across the network, from the Edge to the Cloud.
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Intel Corporation
CPLDs
Manufacturer Overview
Intel Corporation, an American company founded in 1968 and headquartered in Santa Clara, California, is a manufacturer and supplier specializing in the design and production of semiconductor microprocessors. The company's product portfolio includes processors, graphics processing units, software, wireless products, and various other items. These products find applications in education, transportation, financial services, retail, and government. The company offers customer services including technical support, software development, cloud services, security services, and research and development collaboration. The company has manufacturing facilities, research and development centers, sales offices, and partnerships with businesses and organizations across various continents.
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Microchip Technology Inc.
CPLDs
Manufacturer Overview
Microchip Technology Incorporated was incorporated in 1989 and is headquartered in Chandler, Arizona. The company is a developer and manufacturer of control solutions for global markets including the automotive, industrial, communications, human-machine interface, and connectivity industries. The company’s products include microcontrollers, field-programmable gate array products, MOSFET and radio frequency products, and both wired and wireless communications products. The company’s services include wafer foundry and assembly services, test subcontracting manufacturing services, development tools for enabling system designers to program microcontrollers and processors, and timing system products.
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Rochester Electronics
CY37032P44-154JI
Company Overview
Rochester Electronics, LLC is a manufacturer stocking distributor of end-of-life semiconductors and the broadest range of active semiconductors that is headquartered in Newburyport, Massachusetts, and was founded in 1981. The company caters to manufacturing services ranging from design, wafer processing, testing, reliability, and IP Archiving. These specifically include OCM, build-to-order products, process flows, and standard packaging creation. The company pivots on manufacturing and distributing semiconductors that are no longer produced by its original manufacturer.
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Acme Chip Technology Co.
CPLDS
Manufacturer Overview
Acme Chip Technology Co. Ltd., founded in 2008 and based in Shenzhen, China, is a distributor of electronic components that is ISO 9001 certified. Its products include sensors, power supplies, and optical inspection equipment sourced from several manufacturers, including Advanced Linear Devices Inc., Central Semiconductor Corp., and Fluke. The company also offers a large stock of electronic components, including obsolete components and old code chips that are always available for immediate shipment.
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Xilinx
CPLD
Manufacturer Overview
Xilinx founded in 1959, is a manufacturer of technology components and semiconductors which invested in the FPGA and Adaptive SoCs. The products include accelerators, graphic cards, processors, computer platforms, and servers. The company is behind the production of Alveo X3 Series, NIC X2 Series Offload, KV260 Vision AI Starter Kit and KR260 Robotics Starter Kit, and many others The company in San Jose, California a researcher, developer, and designer of software, apps, and tools, including virtualization, cloud computing, green IT, and energy efficiency.
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shengyuic
CPLDs
Company Overview
Shenzhen Shengyu Electronics Technology Ltd., founded in 2008 and headquartered in Shenzhen, China, is an electric component distributor that is ISO 9001 certified. The company stocks several components, including switches, capacitors, and resistors, which it sources from multiple manufacturers like Seiko Instruments, Inc., Renesas Electronics America, and Nuvoton Technology Corporation America. Depending on the size and configuration of the customer’s components, the company provides a full range of packaging services. It accepts single or multiple-part quotations, and its website allows customers to search hundreds of products ranging from ICs to computer accessories.
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Lingto electronic Limited
CPLDs
Distributor Overview
Lingto Electronic Limited is a distributor of electronic components and wireless modules that was incorporated in 2022 in Hong Kong, China. The company stocks passive and active electronic components from brands such as Xilinx, Fairchild, and Altera, These include power management devices, logic integrated circuits, and electrolytic capacitors. It also offers wireless and GPRS modules, such as cell jamming detectors, vehicle tracking chips, and text-to-speech (TTS) modules. The company mainly markets to clients in electronic manufacturing, networking, and telecommunications operations.
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CPLD Manufacturer Ranking
*Including some distributors, etc.Ranking as of November 2024
Derivation Method| Rank | Company | Click Share |
|---|---|---|
| 1 | Lattice Semiconductor |
15.7%
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| 2 | Xilinx |
14.7%
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| 3 | Acme Chip Technology Co. |
14.1%
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| 4 | HENKOSINO TECHNOLOGY CO.,LTD |
12.5%
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| 5 | Rochester Electronics |
10.8%
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| 6 | Intel Corporation |
10.4%
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| 7 | Lingto electronic Limited |
8.5%
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| 8 | shengyuic |
8.3%
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| 9 | Microchip Technology Inc. |
4.9%
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Derivation Method
The ranking is calculated based on the click share within the cpld page as of November 2024. Click share is defined as the total number of clicks for all companies during the period divided by the number of clicks for each company.Number of Employees
Newly Established Company
- HENKOSINO TECHNOLOGY CO.,LTD: 2013 (11 years ago)
- Intel Corporation: 1968 (56 years ago)
Company with a History
- Intel Corporation: 1968 (56 years ago)
- HENKOSINO TECHNOLOGY CO.,LTD: 2013 (11 years ago)
CPLD Manufacturers in United States
*Including some distributors, etc.
Global Distribution of CPLD Manufacturers by Country
*Including some distributors, etc.
| Country | Number of Companies | Share (%) |
|---|---|---|
United States of America
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4 | 80.0% |
China
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1 | 20.0% |
List of CPLD Products
3 products are listed.
Hans Turck GmbH & Co.
Safety module programmable safety controller SC10-2ROE
40+ people viewing
Industrial safety controllers provide interfaces between safety devices and machines and processes monitored by those devices, enabling easy -to -u...
Hans Turck GmbH & Co.
Safety module programmable safety controller SC26-2
40+ people viewing
Industrial safety controllers provide interfaces between safety devices and machines and processes monitored by those devices, enabling easy -to -u...
Hans Turck GmbH & Co.
Safety module programmable safety controller SC26-2D
40+ people viewing
Industrial safety controllers provide interfaces between safety devices and machines and processes monitored by those devices, enabling easy -to -u...
