MosChip®

MIXED IP
PORTFOLIO

One-stop solution for custom/standard-based interface long with Link Layers

Integrating the IP into complex SOCs

25 years of revolution in silicon engineering and product engineering services from India to the world.

MosChip offers a vast and diverse portfolio of semiconductor intellectual property (IP) blocks to support the design and verification needs of customers. With both in-house design and verification IPs available, MosChip enables customer designs to be brought quickly to market. Our expert engineering team and well-established ecosystem enables our clients to develop highly competitive products. Our extensive knowledge of domain/protocol and skills that we offer for developing, testing, and integrating various kinds of IP for multiple market segments, helps our customers quickly productize and monetize their IP/IP-based solutions. We create solutions as per the needs of the customer, in keeping with the best possible process to meet all targets – a fully supported IP development exercise, in the minimum time frame.

SerDes IPs

The PCI-Express IP consists of a digital PIPE interface and the mixed-signal transceiver core implements PCI-express 1.1, PCI-Express 2.1, and PCI-express 3.1 protocols. The IP supports various configurations such as endpoint and root complex and is suitable for a lot of applications. The PIPE layer is highly configurable and implements features such as skip insertions and deletions.
The PCI-Express IP consists of a digital PIPE interface and the mixed-signal transceiver core implements PCI-express 1.1, PCI-Express 2.1, and PCI-express 3.1 protocols. The IP supports various configurations such as endpoint and root complex and is suitable for a lot of applications. The PIPE layer is highly configurable and implements features such as skip insertions and deletions.
The PCI-Express IP consists of a digital PIPE interface and the mixed-signal transceiver core implements PCI-express 1.1, PCI-Express 2.1, and PCI-express 3.1 protocols. The IP supports various configurations such as endpoint and root complex and is suitable for a lot of applications. The PIPE layer is highly configurable and implements features such as skip insertions and deletions.
Generic backplane uses
Generic backplane uses
Advanced frequency offset (PPM) compensation for +0 / -0.5% SSC
Switchable between 2 or 3 standards Separate interface for each standard
ARM HSSTP PHY along with Link Layer as a single macro
Test silicon functional and in CHAR/Debug
chip2chip, board2board, shelf2shelf or backplane
AFE Block in development
Chip to Chip SerDes. In Development

Interface IPs

The ADCSEQ12B3Ksps is a digital sequencer attached to a small ramping 12-bit ADC at 3 Ksps. It sends multiple blocks of samples with different settings by block and is interfaced using SPI.
The VSG3ST6 is an enhanced simplex High-Speed STP macro with data transfer capabilities of up to 6.25/12.5Gbps. It includes a Standard ARM HS-STP simplex interface. In addition, on the same footprint using our technology, it can include a standard JTAG interface.
VHT1T28PF8 PHY is suitable for both Root Complex and End Point applications within a PCI Express (Gen3) system. The VHT1T28PF8 PHY provides a comprehensive feature set, a well-defined architecture that allows designers extensive flexibility for various applications, and a roadmap to future products. Additionally, the VHT1T28PF8 PHY provides support for a number of PCI Express addendums and extensions including the Mobile Graphics Low Power addendum and the Wireless Form Factor extension.
VSL312 PHY is suitable for both Root Complex and End Point applications within a PCI Express (Gen 1/Gen 2) system. The VSL312 PHY provides a comprehensive feature set, a well-defined architecture that allows designers extensive flexibility for various applications, and a roadmap to future products. Additionally, the VSL312 PHY provides support for a number of PCI Express addendums and extensions including the Mobile Graphics Low Power addendum and the Wireless Form Factor extension.
VSL320 PHY (XAUI) supports up to 3.2G backplane applications. The benefit of this highly integrated PHY solution includes differentiated performance, simplified interoperability, and extensive built-in testability.
VSL330 PHY (CEI-6G-SR ) supports up to 6.4G backplane applications. This comprehensive PHY family covers a wide range of standards from 1.06 Gbps to 6.4 Gbps with the smallest footprints in the industry.
VSL340 PHY is suitable for both Host and Device applications within a Serial ATA system. The SATA PHY operates to the Serial ATA specification using either a 10-bit or 20-bit interface to a Serial ATA Link Layer where the 8b10b encoding and decoding of the data are done. Recovered data is provided using SATA-compliant D-word alignment. The SATA PHY provides a comprehensive feature set, a well-defined architecture that allows designers extensive flexibility for various applications, and a roadmap to future products.

Success Stories

Success Story

Wireless Sensor Network

The Client is US based leading semiconductor company having expertise in…

Success Story

Low cost OpenWRT based custom wireless routers with advanced features

The Client is US based leading semiconductor company having expertise in…

Success Story

Enabling Wi-Fi 5 (802.11ac) along with SoC provider migration

The Client is US based leading semiconductor company having expertise in…

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