Quickly and easily view product specs, compare various solutions, and print out select product information. Product Selector Guide. Download Drivers. Login Now. Get Support. Product Security Center. Marvell offers a collaborative fast-paced environment where innovative ideas can really make a difference. If you want to achieve great things, then we want to talk with you. Search Job Opportunities. An industry leader in the disk drive controller market, Marvell is uniquely positioned to provide performance solutions to the fast growing solid-state drive SSD market.
Our SoCs are compatible with the latest generations of NAND and manufactured using leading process node technology making them suitable to address multiple form factors that require low power,small footprint, high-performance and efficient cost. This breakthrough solution is designed to enable a new class of enterprise and data center SSDs that will significantly lower total cost of ownership. The Marvell PCIe Gen4 NVMe SSD controller family, consisting of the 88SS, 88SS and 88SS devices, are focused on enabling next-generation data center, edge computing and client applications by optimizing power-performance, capacity-performance, endurance, reliability and security in ultra small package sizes.
Fabricated on a 12nm process, the devices in the family bring support covering all existing and emerging m. It also consumes less power than existing solutions, making it one of the most power efficient SSD controllers on the market.
The 88NV11xx family supports both 16x20 and They differentiate in the host and NAND interface. These controllers advance a solid-state storage system to a fully Flash-optimized architecture and unleash performance without limits. To contact Marvell Sales, please submit your inquiry via request for information below. Looking for our Products?
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The rising need for data storage owing to growth in cloud computing and advanced computing and growth of data centers is expected to drive the demand for SSD controllers during the forecast period.Microsemi: Flashtec NVMe2108HC Controllers
There has been a tremendous rise in the mega data centers as the enterprises are becoming more inclined towards cloud computing. This is expected to boost the demand for SSD controllers. The PCIe segment is expected to grow at a significant pace during the forecast period. The key players in the SSD controller market are identified across all the major regions based on their country of origin, presence across different regions, recent key developments, product diversification, and industry expertise.
These players contribute a major share in the growth of SSD Controller market. Apart from the top key players, there are other players and regional players that contribute to the market growth.
TaiwanRealtek Semiconductor Corp. Taiwan and Foremay US. By application, the SSD controller market has been segmented into data center, enterprise, client, and retail.
The data center segment dominated the SSD controller market in and is expected to contribute a significant revenue share to the market during the forecast period. The client segment is likely to register a high CAGR during the forecast period.
North America is expected to dominate the SSD controller market. The growth of advanced computing systems, cloud computing, and big data analytics and wide adoption of SSD controller technology in these technologies is leading to the growth of the market. SSD Controller technology is largely being applied in data centers. Also, the growth of mega data centers due to generation of humungous amount of data is boosting the demand for SSD controllers.
The leading countries in this region include China, Japan, Taiwan, and South Korea which are witnessing immense opportunities for the growth of SSD controller market. The presence of major market players such as Samsung, Toshiba, Phison Electronics Corporation, and Silicon Motion Technology Corporation is driving the market in this region.
Europe is also expected to witness huge demand for SSD controller technology owing to the demand from the automotive sector under the client segment.
Global market for SSD controller is estimated to grow at a significant rate during the forecast period from to MRFR team have supreme objective to provide the optimum quality market research and intelligence services to our clients. Our market research studies by Components, Application, Logistics and market players for global, regional, and country level market segments, enable our clients to see more, know more, and do more, which help to answer all their most important questions.
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Advanced Search Submit entry for keyword results. No results found.The SSD controller market is rapidly expanding, creating huge opportunities for the semiconductor industry.
MIPS has brought up the idea of having the chips operated in a multi-threading CPU environment to address these design challenges. And in the future, the company expects to remain the leading provider of processor architectures and cores for digital home and networking applications, and will actively pursue development in the emerging mobile market.
The SSD market has witnessed an amazing rate of growth thanks to a surge in popularity of lightweight and thin multimedia mobile devices, extensive applications of cloud computing and social app platforms, significantly increasing demand for audio and video data storage requirements.
According to data compiled by Forward Insights, SSD shipments will climb to million units in from only 20 million in Judging from the recent spree of acquisitions and mergers in the IT industry, a number of enterprises are showing their optimism about how owning SSD technologies will help create competitive advantage.
SoC suppliers should seize the opportunity to win a seat in this changing market, providing various high value-added solutions, said Del Rodillas, director of vertical marketing at MIPS. However, producing the best set of SSD controllers to meet the trends is hard. Those design issues will greatly increase the difficulty in designing SSD controllers. Ways to extend the performance of SSD controllers under limited cost and energy supply conditions will be the problem developers have to overcome in the first place, said Rodillas.
However, having SSD controllers run with a conventional single-core CPU structure has encountered bottlenecks, such as, advancing the performance of real-time processing makes it unlikely to make further progress, Rodillas said. Though some companies alternatively use multi-core CPU designs, this will only result in increases in silicon area and power. Facing intense competition and a more challenging market environment, device manufacturers - particularly those specializing in mobile communications products - are aware that the ability to make products at the lowest possible costs while meeting specific dimensions and performance, and energy saving requirements is the key to winning customers.
Therefore, in order to assist the industry to solve the problems, MIPS has introduced its multi-threaded processor core enabling one CPU to process multiple threads at a time.
The capability does maximize the utilization of computing resources and improve system performance, Rodillas indicated. The CPU acts as an already-high efficient single execution pipeline, which does not require additional counterparts, and simultaneous multi-threading helps it further improve performance efficiency, Rodillas said. MIPS' multi-threaded core solution for embedded applications incorporates several hardware virtual processing elements VPEs containing thread contexts TCs - used to further increase the number of hardware threads.
Therefore, through multi-threading, developers no longer need to add full hardware required for implementing another VPE. In addition, MIPS' multi-threaded core offers an efficient inter-thread communication mechanism for implementing high-performance data flow. Another capability is the zero-overhead interrupt support, which can be implemented through letting a thread "park" until an external event signals it to resume execution. These management tools allow users to execute instructions from multiple threads and ease management of real-time behavior.
These unique features would be helpful for enhancing the quality of services QoS of end-market products. With the concept of virtual processors in the MIPS architecture, each virtual processor will obtain duplicate user and PRA registers, a TLB and program counter to share the resources of execution units.
For software, the solution is tantamount to the existence of more than one complete processor, and can speed up the processing efficiency of the pipeline without increasing the area and power. Multi-threading can also be used in Linux-powered devices to develop multi-core programming solutions. MIPS has used the BrowsingBench benchmark from EEMBC - which provides an industry-accepted method of evaluating Web browser performance on smartphones, netbooks, portable gaming devices, navigation devices and IP set-top boxes - to evaluate the performance benefits of its multi-threading core solutions, according to Rodillas.
Results show that Android-based web browsing performance is greatly enhanced by the technology. The performance will be 2X higher when the configuration is dual-core with two VPEs per core. A dual-core, 4-VPE system delivers 2. MIPS is a leading global provider of industry-standard processor architectures and cores Kernelproviding optimized structures that are cost efficient, meet their applications' scalability needs, and allow system developers to produce their next-generation solutions at lower risk.
MIPS' architectures has become the standard in the embedded industry. MIPS-based designs are integrated into tens of millions of products around the world. The company has also been investing heavily in the development of its ecosystem of partners dedicated to developing connected devices in order to maintain its existing lead in the digital home and networking market segment, Rodillas continued.
Meanwhile, MIPS is currently working with a number of Android and 4G device companies, and has been actively developing its presence in the emerging mobile communications field looking to end the dominance of ARM architectures.
The coronavirus outbreak has disrupted production and weakened consumer confidence, with all ICT sectors bracing for major declines in shipments. Digitimes Research has conducted analyses on three mobile device sectors, namely notebooks, smartphones and tablets in the wake of the outbreak.
Digitimes Research estimates that global server shipments moderately declined 1. Notebooks, smartphones and tablets are expected to see mixed shipment performances in Toggle navigation. We have recently changed our search engine.UltraSoC and Agile Analog collaborate to detect physical cyber attacks. Embedded Software Unit Testing with Ceedling. Imagination's Fate. CEO and execs to resign if China takes control of Imagination.
San Jose, Calif. STAR is a high-end client and entry-level enterprise storage SSD controller designed to deliver maximum flexibility and high performance with minimal power consumption, while meeting new security requirements for the SSD market.
We congratulate Starblaze Technology for reaching volume production success and continue to look for new ways to support them.
Sonics, Inc. Sonics was the first company to develop and commercialize NoCs, accelerating volume production of complex systems-on-chip SoC that contain multiple processor cores.
Sonics holds approximately patent properties supporting customer products that have shipped more than four billion SoCs. For more information, visit sonicsinc. No portion of this site may be copied, retransmitted, reposted, duplicated or otherwise used without the express written permission of Design And Reuse.
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The authors say that in tall 3D nand 30 layers and upwards the raw error rate in blocks in the middle layers are significantly worse 6x compared to the top layer. This new RAID concept starts to be feasible in a very small population of chips - unlike traditional 2D nand schemes which need more chips to be installed in the SSD.
LI-RAID uses information about layer-to-layer process variation to reduce the likelihood that the RAID recovery of a group could fail significantly earlier during the flash lifetime than the recovery of other groups. Others being the discovery that remanence in 3D nand includes a significant short term charge loss in the first few minutes after writesand also that an endurance based characterization of a small part of each chip can be used to predict an optimized layer dependent threshold read voltage for all the layers in the chip.
I've discussed the significance of adding the concept of "layers" to "number of raw chips" to the thinking in SSD controller design in my recent home page blog. Some of that thinking has been rooted in the memory space but just as significant has been a rethinking of what processors should aim to do. Tachyum announced external funding for its Cloud Chip last month.
And as with previous disruptive technologies - part of the warm up process for the market - is to educate more people about how things work now so they can better appreciate what the new technologies offer. The proceeds will be used for strategic growth initiatives, including the acceleration of go-to-market activities, continued innovation of the company's technology, and migration of its advanced 14nm SSD controller to mass production.
Re the scope - the authors say "For sake of a concise presentation, we limit the scope of this paper as follows. We focus on software-level management techniques for hybrid SSDs and not their circuit-level design issues.
We include techniques which use at least two types of Flash and not those that merely use an SCM with a Flash cell-type. We focus on the key ideas of each work and include only selected quantitative results, since different works use disparate evaluation platforms and workloads. We hope that this paper will be useful for computer architects, SSD designers and researchers in the area of storage architectures.
A memory controller for the emerging Gen-Z memory interface. An NVMe 1. The company has been reported in eeNews Oct as saying Editor's comments:- this move is part of a strategic trend in the market. The NVMe rev 1. Mobiveil's silicon-proven PCIe solution has added Gen4 support for up to 16 lanes at 16G line rate with availability of bit Data path user interface.
Standard memory busses are too slow to support the computational needs of new distributed and always on AI applications which leverage IoT. The only way to improve ultimate "time to get answers" performance is to integrate storage on the same die as the processor.
This method may reduce power consumption and storage space usage, while enhancing the wear lifetime characteristics of the memory media. No CPU is required. It supports PCIe gen 3 x 8 interface. Michael GuyardMarketing Director said that - among other things - applications include:- military recorders portable medical imaging mobile vision products - in robots and drones VCs in SSDs.The Cadence customer support team is ready to help. Check out the Cadence Support page to learn more about our support offerings.
What's The Best Way to Verify Your SSD Controller?
Interested in a Tensilica processor? Login to our Xtensa Processor Generator here. You can hear the difference!. The explosion of flash memories from simple portable "thumb" drives to low-power, high-performance enterprise servers has happened very quickly and is still changing. Our 10 licensees are shipping Tensilica processors in over 45 SSD brands where they are used for all parts of the programmable design. No other processor can offer this. See the public customers that use Tensilica processors in Storage.
Application Areas Where can Cadence be used in your flash controller?
Storage / SSD
Where can Tensilica processors be used in your flash controller? Initially, the design team might increase the clock speed of the CPU.
Eventually, more processors are added after increasing the clock speed gets prohibitively costly in terms of die area and energy consumption. Adding more processors to the design adds intercommunication latency, programming complexity and the energy efficiency gets even worse as conventional controller CPUs are typically not very efficient at implementing SSD-specific algorithms.
As a result, even more dedicated hardware is designed, verified and added to offload some of the processor's most inefficient functions such as table lookups and linked-list searching.
Running these hardware accelerator functions on a processor reduces development time and risk, but the increased energy and die area that result from most processor IP can make that prohibitive. One increasingly popular solution: Cadence Tensilica processors allow the designer to avoid the need to create and verify dedicated offload logic.
Instead, the designer quickly captures the computational workload of the accelerator as a set of new instructions inside a Tensilica processor—avoiding the need to create state machines, the long verification times and additional interfacing to communicate with an external block.
It's also programmable and easy to change. Over 50 SSD brands are powered by Tensilica processors today. While we're already shipping in large volumes, some of our licensees have not reached their production volume yet.
When considering a processor for any design, its overall suitability to the task must take into consideration getting data into it for processing and then out to the rest of the system when new data is created or updated.
Conventional processors connect to the rest of the system via a system bus 32 to bits wide and maybe an inbound DMA port. It all adds up to more development time, risk, and energy consumption.
Tensilica processors give the designer the ability to add multiple data ports to the processor, each up to bits wide, as well as the registers to hold and process them internally. The system bus is still there, of course, but there are other ways to get the large amounts of data required in flash controllers into and out of the processor. Adding logic gates to address specific bottlenecks in any algorithm reduces cycle counts and naturally leads to lower energy consumption when the cycle count reduction outweighs the extra energy consumed by those additional gates.
To demonstrate, consider a set of common functions performed by flash controllers, either on a processor or by an offload accelerator, as indicated in the charts below:. It is competitive with other leading high-end real-time control CPUs. With that, the relative increase would be 17x. This does not show the number of gates used to get the indicated performance gains—the numbers are small and are built into the energy chart below.
The "Xtensa Energy" column on the right shows the reduction in energy for each algorithm. As all controller architectures are different, once you know how many processor cycles these take in your own design, you can assess how these accelerations may improve over-all performance there. Our processors are being chosen for use in everything from low-cost designs in the consumer space to high-end multi-core designs for the demanding enterprise market.
Differentiation is made easier and lower cost for each customer as a natural part of product development. Typically, adding a few hundred gates as new instructions can increase the performance of an algorithm by factors of 5X or 10X without noticeably increasing the power consumption.NETINT is developing innovations in the intelligent control of Solid State Drive SSD devices optimized for video encoding, transcoding, and storage, delivering a cost-effective path to scale out next-generation data centers and video distribution networks.
With PCIe 4. Codensity T offers 4K 60fps H. Codensity D supports latest PCIe 4.
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