Arasan Chip Systems, Inc.
Arasan Chip Systems is a leading provider of Total IP solutions for mobile storage and connectivity applications.
- 408-471-4416
- 408-282-7800
- sales@arasan.com
- 2150 N. First St.
Suite 403
San Jose, CA 95131
United States of America
Categories
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product
PCIe End Point IP Core
The Arasan PCI Express End Point is a high-speed, high-performance, and low-power IP core that is fully compliant to the PCI Express Specification 1.1 and 2.0. The IP core is designed for applications in computing, networking, storage, servers, wireless, and consumer electronics. The feature-rich IP core is highly configurable that allows a target design to be implemented with the least number of gates and highest performance.
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Controller IP
ONFI – NAND
Continuous leadership in standards development and extensive customer adoption of previous versions ensures that Arasan has the knowledge and expertise to deliver compliant products with superior customer support. Extensive experience and compliance testing with all versions of ONFI specifications make the choice of Arasan ONFI NAND flash controller the lowest risk approach to implementation of ONFI enabled products. Arasan’s development engineering team provides direct support to customers ensuring that the highest level of knowledge is immediately available to the customer thus reducing problem resolution time.
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Total MIPI Solutions
MIPI Standards starting with it's active participation as a Contributor to the MIPI Association in 2004 followed by the launch of the Industry First MIPI IP's the CSI, DSI and D-PHY IP Cores. With over 10 years of MIPI experience, Arasan has the broadest library and foundry history.
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Universal Flash Storage
UFS
Universal Flash Storage (UFS) is a JEDEC standard for high performance mobile storage devices suitable for next generation data storage. The UFS is also adopted by MIPI as a data transfer standard designed for mobile systems. Most UFS applications require large storage capacity for data and boot code. Applications include mobile phones, tablets, DSC, PMP, MP3, and other applications requiring mass storage, boot storage, XiP or external cards. The UFS standard is a simple, but high-performance, serial interface that efficiently moves data between a host processor and mass storage devices. USF transfers follow the SCSI model, but with a subset of SCSI commands.The Arasan UFS IP family consists of Host controller IP, Device controller IP, and MPHY.
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MIPI Camera Serial Interface
CSI
Arasan provides a Total MIPI CSI-2 IP Solution supporting two options: MIPI CSI-2 v1.2 for D-PHY physical interface only, and MIPI CSI-2 v1.3 for the new MIPI C-PHY v1.0 and D-PHY v.1.1, v1.2, and a future v2.0. Arasan offers the C-PHY in a combination configuration that supports both C-PHY interfaces and D-PHY interfaces. Our implementation makes efficient use of the high frequency signally pins for a minimal overhead to support both physical interfaces.
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SD Card V.4.1 & UHS-II PHY
SD 4.1 Total Solution
To meet the ever increasing data transfer rate in high end applications, such as professional broadcasting transmission or advanced high resolution display, the SD 4.1 specification calls out the maximum performance of 1.56 Gbps at UHS-II full duplex mode per lane or half duplex UHS-II at 3.16 Gbps. In real applications, due to the system overhead and different SD 4.1 device controller designs, the actual measured performance can vary dramatically from system to system. With the newly introduced ADMA 3, the OS driver is now able to issue multiple read or multiple write commands at once, without having to wait for the SD controller to complete one command at a time. Once the SD host controller has collected multiple commands, it will then manage and complete them without intervention from the host software drive. Thus, the UHS-II 1.56 Gbps interface can be more effectively utilized and maximize the system throughput. This feature can be very useful when running multithreaded applications where multiple applications are constantly updating their status or swapping their contents by writing or reading small chunk of data to or from the memory card.
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MIPI Total Display IP Solution
DSI
The Arasan MIPI Display Serial Interface (DSI) Controller IP provides both device and host functionality. Additionally, the DSI Controller provides a high-speed serial interface between an application processor and display and follows a rigorous verification methodology to ensure interoperability of our DSI digital controller with our D-PHY analog IP. Arasan’s DSI solutions are MIPI standards-compliant and are designed to accelerate integration, lower risk and accelerate time to market for developers of display applications. Arasan’s expertise is backed by our unique silicon proven design discipline and product development process that ensures fast silicon success with our analog and digital IP.
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NAND Controller IP
ONFI
Arasan is the leading supplier of mobile storage IP and its products are used by most first tier memory suppliers. Arasan's deep experience with NAND flash memory interfaces and mobile storage standards began in 2001 when it joined the SD Association and shipped industry first SD card IP in 2003. Arasan is a current member of ONFI and JEDEC.
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USB Solutions
Arasan Chip Systems provides a complete suite of USB-compliant IP including low speed, high speed and super speed USB products. Arasan became a member of the USB-IF standards body in 1996 and delivered its first USB 1.0 IP product in that year. The offering expanded to USB 2.0 products in 2000 and USB 3.0 products in 2009. Arasan's customer base includes many major systems and SoC companies in variety of industries.
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IP Solution
eMMC 5.1
Demand for mobile content capacity and bandwidth for video, pictures and music is ever increasing. To address this demand in the next generation of smartphones, tablets, and portable devices, the eMMC 5.1 Specification from JEDEC, improves the current HS400 speeds operating at 3.2Gbps, with "command queuing" making the data transfers highly efficient by offloading the software overhead into the controller. eMMC 5.1 further improves the reliability of operation by utilizing an "enhanced strobe" at the PHY layer. The eMMC5.1 is backward compatible with the existing eMMC 4.51 and eMMC 5.0 Devices.
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MIPI I3C Sensor Controller
I3C
The main purpose of MIPI I3C is to standardize sensor communication, reduce the number of physical pins used in sensor system integration and support low-power, high-speed and other critical features supported by I2C and SPI.
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Semiconductors
Meets SDIO card v2.0 specificationSupports SDIO SPI, 1-bit, and 4-bit SD modesHost clock rate from 0-50 MHzSingle SDIO function interfaceSD commands processed in hardwareReset output on completion of initializationIndication of high speed and high power enabling to application logicMaximum block size supported is 1024 bytesThree I/O mode selection pinsCRC7 and CRC16 modulesSupports direct R/W (IO52) and extended R/W (IO53) commandsAPB bus interfaceParallel bus interfaceStandard 8051 split bus interfaceGeneric 8051 bus interfaceUART interface
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End Point IP Core
PCIe
The highly configurable PCIe End point IP core supports x1, x2, and x4 lane with a selection of 32/64-bit data path. Depending on design requirements, a maximum of 8 VCs and 8 TCs are supported. The IP core consists of many useful features that can be included to enhance system performance and to address special design needs in different applications. The data link layer allows the configuration of infinite credits to boost the flow control efficiency. By-pass mode, cut-through mode, and store-and-forward mode are other optional items. The transport layer features include configurable ECRC generation and checking, support for up to 64 configurable outstanding non-posted requests, and configurable payload size from 128 to 4 Kbytes
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EMBEDDED MMC (EMMC)
SD 3.0 / eMMC 4.51 IP Family
The eMMC Host IP is an RTL design in Verilog that implements an MMC / eMMC host controller in an ASIC or FPGA. The core includes RTL code, test scripts and a test environment for full simulation verifications. The Arasan MMC / eMMC Host IP Core has been widely used in different MMC applications by major semiconductor vendors with proven silicon.
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MIPI PHYs
Arasan MIPI PHY’s are readily available and in production with multiple foundries from 16nm to 180nm. Our PHY’s are designed for low power on the most advanced nodes for the mobile market while also targeting the automobile market on specialized nodes where extreme temperature tolerance is required.
