The head of the ball flash memory controller chip SIMO has launched a series of the latest PCIe SSD control chips at Computex Taipei. The entire series complies with the PCIe Gen3 x4 lane NVMe 1.3 specification and has been verified by on-site measurement to prove its superior performance. It is a PCIe SSD. Define new standards. SIMO is the most complete PCIe NVMe SSD controller chip solution to meet the full range of market needs, including SM2262EN designed for ultra-fast Client SSD, SM2263EN developed for mainstream SSD market, and SM2263XT DRAM-Less for BGA SSD Control chip. All series use Huirong's unique firmware technology, including end-to-end data path protection, SRAM ECC, the latest fifth-generation NANDXtendTM ECC technology combined with LDPC and RAID, and support for the latest 3D TLC and QLC NAND on the entire line, providing the most complete And the most stable data protection to meet the efficient and stable needs of storage devices.
The SM2262EN ultra-high-performance SSD controller solution supports the PCIe G3 x 4 lane NVMe 1.3 specification and eight NAND channel designs. With the latest proprietary firmware technology, it effectively improves read/write performance, with maximum sequential read speeds of up to 3.5GB/s, sequential write speeds of up to 3.0GB/s, and random read/write up to 420K IOPS and 420K IOPS. It adopts the most advanced low-power design at present to demonstrate ultra-low power consumption, effectively reduce power consumption by 30%, and satisfy the stringent requirements of professional users in pursuit of ultra-high-efficiency and low-power consumption. .
SM2263EN/SM2263XT for Mainstream PCIe SSD Solutions
The SM2263EN and SM2263XT support the PCIe G3 x 4 lane NVMe 1.3 specification and four NAND lane designs, and provide a complete firmware design to meet the needs of the mainstream market. SM2263XT is a DRAM-Less SSD controller chip that supports host memory buffer (HMB) architecture, effectively uses the system cache area, can increase the read and write speed, and can be packaged into a small-sized BGA SSD suitable for tablet computers 11.5mm x 13mm; The maximum sequential read speed of the SM2263XT reaches 2.4GB/s, and the maximum sequential write speed reaches 1.7GB/s, which is in line with the economic benefits of consumer-grade SSDs and has become a new standard in the mainstream market.
Zheng Yuanshun, SIMO product manager, pointed out: "In response to the advent of the era of big data, the performance requirements for storage devices have increased, and PCIe SSDs have become the mainstream of the market. Huirong's latest generation of PCIe SSD control chips with its unique firmware technology can maximize flash memory performance. ,Comprehensively improve the speed of reading and writing, and supports the 3D NAND of all major flash memory manufacturers, including the latest 3D QLC and Micron's third-generation 3D TLC.Huirong's complete control chip solution can meet different market requirements. Applications have accelerated the penetration of PCIe SSDs."
The other highlight of this Huirong show is the latest graphics chip:
Support 4K ultra high-definition graphics chip: SM768 graphics chip
Hui Rong's latest SM768 graphics display chip can support 4K ultra high definition (UHD), and has USB and PCIe interfaces, and supports multi-screen applications, providing excellent graphics and image display solutions. The SM768 graphics chip has built-in content adaptive technology (CAT), which is exclusively developed by SIMO, and can reduce CPU (central processing unit) usage by 20% to 65%. It not only solves embedded system's long-term problems due to drawing chip data. Excessively high CPU load slows down the overall system performance, and it also increases display performance. The size of the SM768 chip itself is only 19mm X 19mm. The overall device's volume design can be smaller and easier to carry. At the same time, the low-power feature brings a low-heat system. The designer can save the cost and space of the heat sink fins.
Li Xiangxian, marketing associate of SIMO display chip products, pointed out: “High-resolution, smooth video playback has become a basic requirement for consumers in embedded systems. However, with the advancement of imaging technology, the CPU needs to process increasingly large data. The computational load causes image delays and high power consumption. The SM768 combines CAT and ARM Cortex-R5 to reduce the CPU load of the host by means of software and hardware integration. Its high speed, low power consumption, and small size make it possible to create A new generation of graphics chips."
In addition, SIMO also demonstrated the SD 6.1 controller chip, UFS 2.1 controller chip, USB to UFS bridge chip, USB 3.1 controller chip and single-chip SSD, eMMC and UFS solutions for the automotive and industrial control markets for the high-performance storage market. Program
More products:Tenco
The SM2262EN ultra-high-performance SSD controller solution supports the PCIe G3 x 4 lane NVMe 1.3 specification and eight NAND channel designs. With the latest proprietary firmware technology, it effectively improves read/write performance, with maximum sequential read speeds of up to 3.5GB/s, sequential write speeds of up to 3.0GB/s, and random read/write up to 420K IOPS and 420K IOPS. It adopts the most advanced low-power design at present to demonstrate ultra-low power consumption, effectively reduce power consumption by 30%, and satisfy the stringent requirements of professional users in pursuit of ultra-high-efficiency and low-power consumption. .
SM2263EN/SM2263XT for Mainstream PCIe SSD Solutions
The SM2263EN and SM2263XT support the PCIe G3 x 4 lane NVMe 1.3 specification and four NAND lane designs, and provide a complete firmware design to meet the needs of the mainstream market. SM2263XT is a DRAM-Less SSD controller chip that supports host memory buffer (HMB) architecture, effectively uses the system cache area, can increase the read and write speed, and can be packaged into a small-sized BGA SSD suitable for tablet computers 11.5mm x 13mm; The maximum sequential read speed of the SM2263XT reaches 2.4GB/s, and the maximum sequential write speed reaches 1.7GB/s, which is in line with the economic benefits of consumer-grade SSDs and has become a new standard in the mainstream market.
Zheng Yuanshun, SIMO product manager, pointed out: "In response to the advent of the era of big data, the performance requirements for storage devices have increased, and PCIe SSDs have become the mainstream of the market. Huirong's latest generation of PCIe SSD control chips with its unique firmware technology can maximize flash memory performance. ,Comprehensively improve the speed of reading and writing, and supports the 3D NAND of all major flash memory manufacturers, including the latest 3D QLC and Micron's third-generation 3D TLC.Huirong's complete control chip solution can meet different market requirements. Applications have accelerated the penetration of PCIe SSDs."
The other highlight of this Huirong show is the latest graphics chip:
Support 4K ultra high-definition graphics chip: SM768 graphics chip
Hui Rong's latest SM768 graphics display chip can support 4K ultra high definition (UHD), and has USB and PCIe interfaces, and supports multi-screen applications, providing excellent graphics and image display solutions. The SM768 graphics chip has built-in content adaptive technology (CAT), which is exclusively developed by SIMO, and can reduce CPU (central processing unit) usage by 20% to 65%. It not only solves embedded system's long-term problems due to drawing chip data. Excessively high CPU load slows down the overall system performance, and it also increases display performance. The size of the SM768 chip itself is only 19mm X 19mm. The overall device's volume design can be smaller and easier to carry. At the same time, the low-power feature brings a low-heat system. The designer can save the cost and space of the heat sink fins.
Li Xiangxian, marketing associate of SIMO display chip products, pointed out: “High-resolution, smooth video playback has become a basic requirement for consumers in embedded systems. However, with the advancement of imaging technology, the CPU needs to process increasingly large data. The computational load causes image delays and high power consumption. The SM768 combines CAT and ARM Cortex-R5 to reduce the CPU load of the host by means of software and hardware integration. Its high speed, low power consumption, and small size make it possible to create A new generation of graphics chips."
In addition, SIMO also demonstrated the SD 6.1 controller chip, UFS 2.1 controller chip, USB to UFS bridge chip, USB 3.1 controller chip and single-chip SSD, eMMC and UFS solutions for the automotive and industrial control markets for the high-performance storage market. Program
More products:Tenco
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