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IP Cores Product List and Ranking from 29 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

IP Cores Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

  1. 富士ソフト インダストリービジネス事業部 Kanagawa//software
  2. デザイン・ゲートウェイ Tokyo//Electronic Components and Semiconductors
  3. Euresys Japan ユレシス　ジャパン Kanagawa//Electronic Components and Semiconductors
  4. 4 null/null
  5. 5 サイレックス・テクノロジー Kyoto//Other manufacturing
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IP Cores Product ranking

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

  1. A system to notify when passing by to prevent forklift accidents in the factory.
  2. ECC with BCH Algorithm IP Core 富士ソフト インダストリービジネス事業部
  3. AES-XTS Encryption IP Core 富士ソフト インダストリービジネス事業部
  4. 4 Wireless LAN Survey "WM-100" サイレックス・テクノロジー
  5. 4 ANYTELECON General Catalog 藤川伝導機

IP Cores Product List

91～120 item / All 131 items

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[For Government] Quantum-resistant Cryptographic IP Core

[For Government] Quantum-resistant Cryptographic IP Core

Security solutions that protect data and hardware.

In government agencies, advanced security measures are essential to protect national secrets and important information assets of the citizens. The development of quantum computers poses a threat to traditional encryption technologies, increasing the risk of information leakage. Therefore, solutions that can protect data from attacks by quantum computers and ensure security are in demand. 【Use Cases】 * Protection of confidential data in government agencies * Strengthening the security of critical infrastructure * Ensuring the confidentiality of communications 【Benefits of Implementation】 * Reduction of risks associated with decryption by quantum computers * Prevention of national losses due to information leakage * Establishment of a secure information communication environment

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Quantum-resistant cryptographic IP core for healthcare

Quantum-resistant cryptographic IP core for healthcare

Hardware-level security that protects the safety of medical data.

In the healthcare industry, protecting patients' confidential information and medical data is the top priority. The advancement of quantum computers threatens traditional encryption technologies, increasing the risk of unauthorized access and data breaches for these critical data. To protect patient privacy and maintain the reliability of healthcare institutions, the implementation of quantum-resistant encryption technology is essential. 【Use Cases】 * Electronic medical record systems * Telemedicine platforms * Data management in research institutions * Communication of medical devices 【Benefits of Implementation】 * Protection of data from attacks by quantum computers * Maintenance of patient data confidentiality * Strengthening the security of medical information systems * Compliance with regulations

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Quantum-resistant cryptographic IP core for smart grids

Quantum-resistant cryptographic IP core for smart grids

Security solutions to protect the data and hardware of smart grids.

In the smart grid industry, ensuring the stability and security of power supply is essential. Particularly, with the advancement of quantum computers, the risk of traditional encryption methods being compromised is increasing. This raises the possibility of unauthorized access to control data of power systems and customer information, which could have serious implications for the entire social infrastructure. Our "Post-Quantum Cryptography IP Core" utilizes algorithms selected by NIST and CNSA to protect data and hardware from quantum computer attacks, thereby supporting the secure operation of smart grids. 【Use Cases】 * Smart meters * Power control systems * Data communication in transmission networks 【Benefits of Implementation】 * Protection from attacks by quantum computers * Improved reliability of power systems * Maintenance of confidentiality for critical data

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Military-grade quantum-resistant cryptographic IP core

Military-grade quantum-resistant cryptographic IP core

Security solutions that protect data and hardware.

In the military field, the protection of confidential information and secure communication are essential. The advancement of quantum computers poses a threat to traditional encryption technologies, making the introduction of quantum-resistant cryptographic techniques an urgent necessity to prevent data leaks and unauthorized access. This product provides a hardware-level security solution that uses algorithms selected by NIST and CNSA to protect data and hardware from attacks by quantum computers. 【Use Cases】 - Encryption of highly confidential communications - Protection of important data - Strengthening the security of military systems 【Benefits of Implementation】 - Reduction of risks associated with decryption by quantum computers - Maintenance of data confidentiality - Improvement of system security levels

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Quantum-resistant cryptographic IP core for IoT devices

Quantum-resistant cryptographic IP core for IoT devices

Hardware-level solutions to enhance the security of IoT devices.

In the field of IoT device authentication, secure identification of devices and protection of data are essential. With the advancement of quantum computers, traditional encryption methods are under threat, increasing the security risks for IoT devices. This product uses algorithms selected by NIST and CNSA to protect devices and data from quantum computer attacks. 【Use Cases】 - Authentication of IoT devices - Secure data communication - Protection of firmware 【Benefits of Implementation】 - Prevention of device impersonation - Maintenance of data confidentiality - Assurance of long-term security

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[For Educational Institutions] Quantum-Resistant Cryptography IP Core

[For Educational Institutions] Quantum-Resistant Cryptography IP Core

Hardware-level security solutions to enhance the safety of online exams.

In online examinations at educational institutions, the confidentiality of exam data and the protection of candidates' privacy are essential. With the advancement of quantum computers, the risk of traditional encryption methods being compromised is increasing, making it urgent to implement measures to prevent unauthorized access to and tampering with exam results. Our quantum-resistant cryptographic IP core adopts algorithms selected by NIST and CNSA, protecting exam data and hardware from attacks by quantum computers. 【Use Cases】 - Online exam platforms - Encryption and decryption of exam data - Measures against unauthorized access 【Benefits of Implementation】 - Secure protection of exam data - Deterrence of cheating - Establishment of a reliable exam environment

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[For EC sites] Quantum-resistant encryption IP core

[For EC sites] Quantum-resistant encryption IP core

Protecting e-commerce transactions from the threats of quantum computers!

In e-commerce sites, highly confidential information such as customers' credit card information and transaction data is handled. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, raising the danger of information leaks and unauthorized use. To achieve secure transactions, the introduction of quantum-resistant cryptography is essential. 【Usage Scenarios】 * Online payment systems * Mobile payment apps 【Benefits of Implementation】 * Ensuring the safety of payment data * Increasing customer trust * Reducing the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for credit cards

Quantum-resistant cryptographic IP core for credit cards

Protecting credit card information from the threat of quantum computers!

In the credit card industry, highly confidential data such as customer credit card information and transaction history is handled. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, raising the danger of payment data leaks and fraudulent use. Therefore, the introduction of quantum-resistant cryptographic technology is essential to ensure secure payment processing. 【Use Cases】 * Online payment systems * POS systems * Mobile payment apps 【Benefits of Implementation】 * Ensuring the safety of payment data * Enhancing customer trust * Reducing the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for banks

Quantum-resistant cryptographic IP core for banks

Protecting remittance data from the threat of quantum computers!

In the banking industry, ensuring the security of remittance data is the most important issue. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, heightening the danger of remittance data leakage and misuse. Tampering with remittance data can lead to a loss of trust from customers and potentially cause significant damage. Our quantum-resistant cryptographic IP core enables secure remittance processing, protecting your assets and trust from these risks. 【Use Cases】 * Online remittance systems * ATM networks * Mobile banking apps 【Benefits of Implementation】 * Ensures the security of remittance data * Enhances customer trust * Reduces the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for cryptocurrency exchanges

Quantum-resistant cryptographic IP core for cryptocurrency exchanges

Protecting cryptocurrency assets from the threat of quantum computers!

In cryptocurrency exchanges, the most important challenge is to manage customer assets securely. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, raising the danger of unauthorized asset outflows. To achieve secure asset management, the introduction of quantum-resistant cryptographic technology is essential. 【Usage Scenarios】 * Cryptocurrency wallets * Trading platforms * Cold wallets 【Effects of Implementation】 * Ensuring the safety of customer assets * Enhancing the reliability of the exchange * Reducing the risk of asset loss due to unauthorized access

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Quantum-resistant cryptographic IP core for electronic money

Quantum-resistant cryptographic IP core for electronic money

Protecting payment data from the threat of quantum computers!

In the electronic money industry, the most important challenge is to securely protect customers' payment information. With the advancement of quantum computers, the risk of traditional encryption methods being compromised has increased, leading to potential damages from fraudulent use and a loss of trust from customers. To achieve secure payment processing, the introduction of quantum-resistant cryptography technology is essential. 【Usage Scenarios】 * Online payment systems * POS systems * Mobile payment apps 【Benefits of Implementation】 * Ensuring the security of payment data * Enhancing reliability from customers * Reducing the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for vending machines

Quantum-resistant cryptographic IP core for vending machines

Protecting payment data from the threat of quantum computers!

In the vending machine industry, ensuring the security of payment data in remote management systems is crucial. In particular, it is necessary to prevent information leaks due to unauthorized access from remote locations and the tampering of payment data. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, making the adoption of quantum-resistant cryptographic technology essential for achieving secure payment processing. 【Usage Scenarios】 * Online payment systems * POS systems * Mobile payment apps 【Benefits of Implementation】 * Ensures the safety of payment data * Increases customer trust * Reduces the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for ticket sales

Quantum-resistant cryptographic IP core for ticket sales

Preventing ticket forgery from the threat of quantum computers!

In the ticket sales industry, fraudulent use of counterfeit tickets has become a significant issue. With the advent of quantum computers, the risk of traditional encryption technologies being compromised has increased, threatening the security of tickets. Therefore, the introduction of quantum-resistant cryptographic technology is essential to achieve secure ticket issuance and management. 【Use Cases】 * Electronic ticket systems * Entrance gate systems * Ticket sales platforms 【Benefits of Implementation】 * Prevention of ticket counterfeiting * Increased trust from customers * Reduction of loss risk due to fraudulent use

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Quantum-resistant cryptographic IP core for point systems

Quantum-resistant cryptographic IP core for point systems

Protecting point systems from the threat of quantum computers!

In a points system, highly confidential data such as customers' personal information and points history is handled. With the advent of quantum computers, the risk of traditional encryption methods being broken is increasing, raising the danger of data leaks and unauthorized use. Therefore, the introduction of quantum-resistant cryptographic technology is essential to achieve secure data protection. 【Usage Scenarios】 * Online points systems * POS systems * Mobile points apps 【Benefits of Implementation】 * Ensures data security * Increases customer trust * Reduces the risk of damage from unauthorized access

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Quantum-resistant cryptographic IP core for supply chains

Quantum-resistant cryptographic IP core for supply chains

Protecting supply chain data from the threat of quantum computers!

In the supply chain industry, robust security is required to prevent data tampering and leakage in product tracking assurance. In particular, highly confidential data such as product movement history and quality information are exposed to risks of unauthorized access and decryption by quantum computers. By implementing quantum-resistant cryptography, the safety of data across the entire supply chain can be ensured, achieving reliable tracking assurance. 【Use Cases】 * Product tracking systems * Supply chain management systems * Quality management systems 【Benefits of Implementation】 * Prevention of data tampering * Improved traceability * Increased reliability from customers

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Quantum-resistant cryptographic IP core for medical information systems

Quantum-resistant cryptographic IP core for medical information systems

Protecting patient information from the threats of quantum computers!

In medical information systems, patient information is highly confidential data, and its leakage can not only violate patient privacy but also significantly undermine the trust in medical institutions. With the advent of quantum computers, the risk of traditional encryption methods being compromised has increased, raising the danger of patient information leakage and misuse. Therefore, the introduction of quantum-resistant cryptographic technology is essential to achieve secure patient information protection. 【Use Cases】 * Electronic medical record systems * Online consultation systems * Patient portal websites 【Benefits of Implementation】 * Ensures the safety of patient information * Enhances the reliability of medical institutions * Reduces the risk of information leakage due to unauthorized access

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DapTechnology FireLink LLC IP Core

DapTechnology FireLink LLC IP Core

FireLink is a link layer controller IP core compliant with IEEE-1394b.

FireLink, a synthesizable IEEE-1394-2008 beta link layer controller (LLC) core, is based on the link layer controller that has been used in DapTechnology's FireSpy analyzer products for several years. FireLink is a mature core implemented on FPGAs from Xilinx, Altera, and Microsemi. FireLink is available in three configurations: Basic, Extended, and GPLink. ■Japanese technical documentation for AS5643 is available. If you would like to see it, please contact sales@nacelle.co.jp■

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Aerospace HOLT Corporation 1553 IP Core Demo Kit

Aerospace HOLT Corporation 1553 IP Core Demo Kit

Support for integrating the Holt HI-6300 IP core into Vivado design and FPGA implementation.

In the aerospace industry, reliable data transmission is essential. Particularly in communication under harsh environments, the accuracy and stability of data become crucial. The HI-6300 IP core supports FPGA implementation and provides a solution to enhance the reliability of data transmission. This product demonstrates access to IP bus controller (BC), remote terminal (RT), and monitor (MT) functions using the Holt API library. 【Usage Scenarios】 - Data transmission in aerospace equipment - Development of communication systems using FPGA - Evaluation of the HI-6300 IP core 【Benefits of Implementation】 - Rapid integration into FPGA designs - Improved reliability of data transmission - Reduced development time

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TOE1G-IP core for FPGA

TOE1G-IP core for FPGA

You can implement TCP/IP communication functionality with pure hardware logic without a CPU!

The TCP Offloading Engine IP Core (TOE1G-IP) is a groundbreaking solution that enables the complex TCP transmission and reception processes, which traditionally required expensive high-end CPUs, to be implemented solely with pure hardware logic without a CPU. It comes standard with a reference design compatible with Xilinx/Altera FPGAs, which can help shorten product development time.

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IP core "AndesCore NX25F"

IP core "AndesCore NX25F"

Optimized for high operating frequency and high performance! Supports single-precision/double-precision floating-point instructions.

The "AndesCore NX25F" is a compact 64-bit CPU IP core based on the AndeStar V5 architecture, which incorporates RISC-V technology. It is optimized for high-performance embedded applications that require access to an address space exceeding 4GB. Additionally, Andes Custom Extension (ACE) is offered as an option to add custom instructions that lead to performance improvements and optimization of performance/power. 【Specifications (partial)】 ■ AndeStar V5 Instruction Set Architecture (ISA) utilizing RISC-V technology ■ Floating-point extension ■ Andes extensions capable of achieving high performance and high functionality ■ Andes Custom Extension (ACE) available under separate licensing for customization and custom instructions *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore N25F"

IP core "AndesCore N25F"

High code density 16/32-bit mixed instruction format!

The "AndesCore N25F" is a 32-bit CPU IP core based on the AndeStar V5 architecture, which incorporates RISC-V technology. It achieves high performance per MHz and operates at high frequencies with a low gate count, supporting single-precision and double-precision floating-point instructions. Additionally, the Andes Custom Extension (ACE) is offered as an option to add custom instructions that lead to performance improvements and optimization of performance/power. 【Specifications (partial)】 ■ AndeStar V5 Instruction Set Architecture (ISA) utilizing RISC-V technology ■ Floating-point extension ■ Andes extensions capable of achieving high performance and high functionality ■ Andes Custom Extension (ACE) available for separate licensing for customization and custom instructions *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore N22"

IP core "AndesCore N22"

There are configurable settings that allow for trade-offs between core size and performance requirements!

The "AndesCore N22" is a 32-bit, dual-stage pipeline CPU IP core based on the AndeStar V5 architecture, designed for embedded applications that require low power consumption and small circuit size. It complies with RISC-V technology and features several efficient performance capabilities, including simple dynamic branch prediction, instruction cache, and local memory. Additionally, it comes with a rich set of optional features such as a JTAG debug interface for development support. 【Specifications (partial)】 ■ AndeStar V5/V5e Instruction Set Architecture (ISA) based on RISC-V technology ■ Supports RV32IMAC/EMAC ■ Andes extensions that enable high performance and high functionality ■ 32-bit, dual-stage pipeline CPU architecture ■ High code density with mixed 16/32-bit instruction formats *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore AX25MP"

IP core "AndesCore AX25MP"

64-bit CPU architecture! It can access an address space significantly exceeding 4GB.

The "AndesCore AX25MP" is a 64-bit multi-core CPU IP core based on the AndeStar V5 architecture. It features an MMU for Linux-based applications, branch prediction for efficient branch instruction execution, level-1 instruction and data caches, and local memory for low-latency access. Additionally, it supports up to 4 cores and a level-2 cache controller with instruction and data prefetch. 【Specifications (partial)】 ■ Symmetric multiprocessor with up to 4 cores ■ Supports level-2 cache and cache coherence ■ AndeStar V5 Instruction Set Architecture (ISA) Compliant with RISC-V ISA IMACFDN, including Andes performance/function extensions ■ Floating-point extension *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore N15/N15F"

IP core "AndesCore N15/N15F"

It is equipped with an IEEE-754 compliant floating-point unit that enhances floating-point processing capabilities!

The "AndesCore N15/N15F" is a dual-issue superscalar AndesCore processor. It offers a performance of 5.41 CoreMark/MHz and comes with various configuration options such as MMU, cache, and local memory. Additionally, the 64-bit data bus for cache, local memory, and main bus provides the bandwidth necessary for instruction fetch and data access. 【Specifications】 ■ Dual-issue pipeline ■ Cache for fast code and data access ■ Local memory for code and data access ■ Built-in IEEE754 compliant FPU coprocessor (N15F) ■ Memory Management Unit (MMU) for Linum ■ 64-bit AXI4/AHB/AHBx2 bus interface *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore D15/D15F"

IP core "AndesCore D15/D15F"

It comes with various configuration options such as MMU, cache, and local memory!

The "AndesCore D15/D15F" is a dual-issue superscalar AndesCore processor. Both processors are equipped with over 130 compiler-friendly general-purpose DSP and SIMD instructions to easily program DSP algorithms in C/C++. They are also designed for a variety of performance-driven applications in embedded Linux, real-time OS, or bare-metal environments. 【Specifications (partial)】 ■ Dual-issue pipeline ■ Over 130 DSP extension instructions ■ Cache for fast code and data access ■ Local memory for code and data access ■ Built-in IEEE754 compliant FPU coprocessor (D15F) *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore N7"

IP core "AndesCore N7"

It is possible to reduce it to 12K gates! It serves as an ideal alternative to the 8051 and other 8-bit processor cores.

The "AndesCore N7" is an IP core that supports controllers requiring low power consumption, such as touch screens, storage, mobile devices, and sensors, as well as network connectivity needed for IoT devices. The ultra-low power consumption and small circuit size of the N7 are designed for SOC designs with performance constraints. FlashFetch technology can enhance the performance of latency-prone flash memory without additional power consumption. 【Specifications】 ■ Seamless transition from 8/16-bit MCUs to a complete 32-bit environment ■ Low power consumption to extend battery life ■ Small footprint with fewer gates and high code density ■ Speeding up Flash access and reducing power consumption with FlashFetch technology *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore D10"

IP core "AndesCore D10"

The optimized DSP library and C/C++ compiler make programming algorithms easier!

The "AndesCore D10" is a 5-stage pipeline integer processor equipped with a DSP that includes 130 DSP SIMD (Single Instruction, Multiple Data) instructions. Targeting the real-time processing requirements of multimedia applications with power constraints, the D1088 achieves 588 DMIPS using a 90nm low-power process. Additionally, for voice applications, the D1088 provides left shift, right rounding and shift, most significant word, 32x32 multiplication, and specially designed 32-bit instructions to replace long 64-bit calculations. 【Specifications】 ■ Over 130 DSP extended instructions ■ Cache for fast code and data access ■ Local memory for code and data access ■ Built-in IEEE754 compliant FPU coprocessor ■ Memory Protection Unit (MPU) for RTOS ■ Memory Management Unit (MMU) for Linum *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore S8"

IP core "AndesCore S8"

A secure MPU against memory tampering! It is equipped with a shield against side-channel attacks.

The "AndesCore S8" is an IP core based on the N8 core computing engine, with added features to address security against hacking. The secure memory protection unit (MPU: Memory Protection Unit) at the center strictly protects execution and access according to multiple security levels. Additionally, it includes defenses against hacking targeting the interface between the CPU and memory, as well as the capability to monitor the CPU's power usage signature to prevent program hacking. 【Specifications】 ■ Secure MPU against memory tampering ■ Shield against side-channel attacks ■ Secure debugging for multi-party software development ■ Flexible configuration and runtime control *For more details, please refer to the related links or feel free to contact us.

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IP core "AndesCore N8"

IP core "AndesCore N8"

Reduce memory usage and lower customers' silicon costs!

The "AndesCore N8" is an IP core that provides a long-term roadmap for customers requiring an upgrade path from 8-bit cores. With the ability to process both 16-bit and 32-bit instructions, it enables a reduction in the ROM size of program data. While being a computing platform comparable to an 8-bit controller, it achieves the performance of an advanced 32-bit processor. 【Specifications】 ■ Excellent overall performance ■ Vector interrupts for low-latency interrupt handling ■ Small footprint with fewer gates and high code density ■ Faster Flash access and power reduction through FlashFetch technology *For more details, please refer to the related links or feel free to contact us.

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