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DXCorr Design

DXCorr Design is a distinguished semiconductor IP provider acclaimed for its full-custom physical IP solutions. The company stands as a beacon in an industry where chip design often relies on standard components. DXCorr specializes in crafting intricate sub-micron integrated circuits and VLSI analog and digital circuits, tailoring each design to maximize performance, density, and power efficiency. Their expertise is sought across various industries, where they provide both foundational IPs and standard cell designs that support a wide range of applications. The company's philosophy emphasizes physical design as a craft, valuing experience and innovation over commoditization. Unlike many competitors, DXCorr prioritizes custom design, ensuring that each component is meticulously optimized for specific requirements rather than relying on generic, pre-designed blocks. This approach allows the company to deliver components that truly enhance the performance of modern chips, from TCAMs and RF modules to high-speed SerDes and instruction set processors. DXCorr's commitment to innovation is further evidenced through their development of proprietary software tools. These tools facilitate advanced logic verification processes without the need for costly silicon testing, allowing them to employ experimental techniques that push the boundaries of standard chip design. As a result, DXCorr is recognized as a leader capable of delivering solutions that set industry benchmarks. The company's comprehensive offering includes a rich portfolio of in-house physical IP blocks, including SRAMs, MRAMs, TCAMs, and custom-designed ASICs for specialized applications like cryptocurrency mining. Their advanced custom IPs, state-of-the-art design services, and in-house technologies position DXCorr as a preferred partner for companies seeking to integrate cutting-edge technologies into their chip designs. Read more

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IPs available

SRAM - Static Random-Access Memory

Static Random-Access Memory (SRAM) from DXCorr is a highly efficient storage solution, optimized for high performance and power efficiency. These memory blocks are crucial for applications requiring rapid access to data with minimal power consumption. Offered in various configurations, DXCorr's SRAM is suitable for a wide range of applications, from consumer electronics to complex data centers. SRAM technology from DXCorr is engineered to deliver exceptional data retention and quick access times, making it ideal for buffer storage and cache memory. It operates without the need for refresh cycles, an advantage over dynamic RAM that translates into faster performance and reduced power usage. The company’s expertise in fine-tuning SRAM to specific needs ensures unmatched performance across different process nodes. This memory technology is integral to many modern systems, including integrated circuits for communications, automotive, and computing industries. The combination of high speed and low power consumption positions DXCorr's SRAM as a vital component in enhancing overall system efficiency.

DXCorr Design
65 Views
All Foundries
3nm, 4nm, 7nm, 16nm, 22nm, 28nm
Embedded Memories, SDRAM Controller, SRAM Controller
View Details Datasheet

MRAM - Magnetoresistive Random-Access Memory

Magnetoresistive Random-Access Memory (MRAM) from DXCorr offers a non-volatile storage solution that combines the speed and endurance of SRAM with the non-volatility of flash memory. This versatile memory technology is suitable for a wide range of applications, including embedded systems, portable devices, and data logging. DXCorr's MRAM stands out by providing rapid access times and robust data retention without the need for power. This makes it an ideal choice for systems requiring immediate data availability after power restoration. By leveraging the Spin-Transfer Torque (STT) and Spin-Orbit Torque (SOT) mechanisms, these MRAM devices deliver high-speed performance and low power consumption. The company's MRAM technology is particularly lauded for its scalability across various semiconductor process nodes, making it an adaptable choice for advancing technological landscapes. Its ability to quickly write and read data without wear over time positions DXCorr's MRAM as a superior choice for efficient, high-performance memory applications.

DXCorr Design
41 Views
All Foundries
3nm, 4nm, 7nm, 16nm, 22nm, 28nm
Embedded Memories, SRAM Controller
View Details Datasheet

TCAM - Ternary Content-Addressable Memory

Ternary Content-Addressable Memory (TCAM) from DXCorr delivers a revolutionary solution for high-speed searching tasks, integral to networking and data center operations. TCAM is essential for applications that require the simultaneous comparison of multiple data entries, making it invaluable for advanced network routers and switches. DXCorr's TCAM designs are engineered to provide rapid search capabilities with low latency, ensuring high-speed data processing and decision-making. These memory blocks are tailored to handle large data volumes efficiently, enabling faster and more reliable network traffic management. With increasing demands for higher speeds and reduced energy consumption, DXCorr's TCAM products employ innovative techniques to enhance performance while managing power efficiency. This positions their TCAM as an ideal component for modern network infrastructure, where quick access to data is critical.

DXCorr Design
40 Views
All Foundries
3nm, 4nm, 7nm, 16nm, 22nm, 28nm
Cell / Packet, Embedded Memories, SDRAM Controller, SRAM Controller
View Details Datasheet
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