Innodisk, a leading global AI solution provider, has introduced its new E1.S SSD, which is specifically designed to meet the demands of growing edge computing applications. The E1.S edge server SSD offers exceptional performance, reliability, and thermal management capabilities to address the critical needs of modern data-intensive environments and bridge the gap between traditional industrial SSDs and data center SSDs.

As AI and 5G technologies rapidly evolve, the demands on data processing and storage continue to grow. The E1.S SSD addresses the challenges of balancing heat dissipation and performance, which has become a major concern for today's SSDs. Traditional industrial and data center SSDs often struggle to meet the needs of edge applications. Innodisk's E1.S eliminates these bottlenecks with its Enterprise and Data Center Standard Form Factor (EDSFF) design and offers a superior alternative to U.2 and M.2 SSDs.

Innodisk, a leading global AI solution provider, announces its DDR5 6400 DRAM series, featuring the industry's largest 64 GB single-module capacity. This 6400 series is purpose-built for data-intensive applications in AI, telehealth, and edge computing, where high performance at the edge is crucial. Available in versatile form factors, including CUDIMM, CSODIMM, and RDIMM, the series delivers unmatched speed, stability, and capacity to meet the rigorous demands of modern edge AI and industrial applications.

The DDR5 6400 series delivers a data transfer rate of 6400 MT/s, offering a 14% boost in speed over previous generations and doubling the maximum capacity to 64 GB. These enhancements make it an optimal choice for applications like Large Language Models (LLMs), generative AI, autonomous vehicles, and mixed reality, which require high-speed, reliable data processing in real time.

Innodisk, a leading global AI solution provider, continues to push the boundaries of innovation with the launch of its cutting-edge Compute Express Link (CXL) Memory Module, which is designed to meet the rapid growth demands of AI servers and cloud data centers. As one of the few module manufacturers offering this technology, Innodisk is at the forefront of AI and high-performance computing.

The demand for AI servers is rising quickly, with these systems expected to account for approximately 65% of the server market by 2024, according to Trendforce (2024). This growth has created an urgent need for greater memory bandwidth and capacity, as AI servers now require at least 1.2 TB of memory to operate effectively. Traditional DDR memory solutions are increasingly struggling to meet these demands, especially as the number of CPU cores continues to multiply, leading to challenges such as underutilized CPU resources and increasing latency between different protocols.

TrendForce reports that consumer appetite for electronic products took a hit from high inflation, with global DRAM module sales in 2022 reaching US$17.3 billion—a 4.6% YoY decline. Revenue performance varied significantly among module makers due to the different domains they supply.

TrendForce's data indicated that the top five memory suppliers in 2022 accounted for 90% of total sales, with the top ten collectively capturing 96% of global market revenue. Kingston maintained its dominant market share of 78%. Even with a slight revenue dip, it held steadfast to its position as the global leader. Despite poor end-market demand, Kingston's robust brand scale, along with its comprehensive product supply chain, limited its revenue decline to a modest 5.3%, keeping it firmly at the top of market share rankings.

Innodisk has the right idea about how to do PCIe Gen 5 NVMe SSDs—to ditch the M.2 form-factor, and make them PCIe add-in cards. This would remove the need for cartoonishly disproportionate cooling solutions with high-pitched 20 mm fans; and rather allow SSD designers to use cooling solutions resembling those of graphics cards. Gen 5 NVMe controllers have a TDP of around 15 W, or roughly similar to that of a motherboard chipset. The M.2-2280 form-factor is tiny for the deployment of a sufficiently large heatsink, and so SSD designers are resorting to active cooling, using 20 mm fans that don't sound pleasant. Most single-slot VGA cooling solutions can make short work of 15 W of heat while being much quieter, some even fanless.

The Innodisk 5TG-P AIC SSD uses a PCIe Gen 5 + NVMe 2.0 SSD controller with a large passive heatsink, a PCI-Express 5.0 x4 host interface, and 32 TB of capacity. The drive runs entirely on slot power, and besides the 3D TLC NAND flash, uses a large DDR4 DRAM cache. The company claims sequential transfer speeds of up to 13 GB/s in either direction. Innodisk is targeting the PCIe 5TG-P at workstation and HEDT use-cases. The company is building them in server-relevant form-factors such as U.2 and E.1S. A CDM screenshot shows 13.62 GB/s sequential reads, with 11.55 GB/s sequential writes.

Innodisk has announced its all-new EGPL-T101 M.2 2280 10GbE LAN module, the first 10GbE LAN designed in M.2 form factor, features flexible integration and excellent compatibility with existing network infrastructure for crucial backward compatibility. Looking into the booming markets and scenarios ranging from surveillance to gaming, networking, and industrial uses, the growing demand for high-speed LAN solutions is promising. Additionally, interference issues are also occurring more often as the size of the PCIe form factor cannot fit in the smaller design of IPC platforms nowadays. Being the leading global provider of industrial embedded flash and memory, Innodisk is introducing the first M.2 10GbE LAN module designed to meet the demand for increased speed and reduced size, high-speed LAN solutions.

Innodisk's EGPL-T101 is the first M.2 2280-to-single 10GbE Base-T Ethernet module which is also the smallest 10GbE expansion solution available today and ten times faster than standard Ethernet. By supporting PCI Express Gen 3x2, the EGPL-T101 module can provide sufficient bandwidth for one 10GbE LAN port suitable for server and industrial applications' high-speed network demands.

5G and AIoT need more speed and more capacity. And PCIe 4.0 delivers, doubling the speed of PCIe 3.0 and providing the much-needed performance boost to keep pace with innovation and industry trends. Not only speed and capacity, but tolerance of wide-range temperature is also crucial. Consumer-grade products aren't tough enough to withstand the high temperatures of outdoor and industrial settings, so Innodisk is introducing the first industrial-grade PCIe 4.0 SSDs built to handle those challenging conditions.

PCIe 4.0 increases the maximum capacity to 4 TB, doubles the bandwidth, and raises the speed to 16 GT/s which is twice that of PCIe Gen3. Although third-generation PCIe offered only modest speed increases over the popular SATA III for storage applications, it did provide the much sought-after advantages of full forward and backward compatibility. PCIe 4.0 retains that coveted compatibility while also adding noticeable speed increases.

The increasing ubiquity of AI in everyday applications brings with it concerns regarding data integrity and validation. Innodisk's new-patented blockchain technology brings to its latest SSD solution "InnoBTS SSD" and alleviates these concerns through sophisticated use of digital signature and blockchain that is fully software independent.

Innodisk announces its new solution combines blockchain technology to secure the valuable data in recent IoT scenarios, such as POS systems at unmanned stores, smart meters, digital ID cards. The important data written to the SSD will create an encrypted hash string that corresponds to the specific data set, and the encrypted hash string is spread on the blockchain network, essentially creating a decentralized ledger that is distributed between numerous unique computers. The process is to make the encrypted hash string to be "chained" on the blockchain network. If tampering happens, the chained data is checked with an encrypted hash string on the network, clearly showing any discrepancies.

Innodisk is proud to announce multiple new products coinciding with Embedded World 2021, to be held from 1 - 5 March 2021. As a leading global provider of industrial-grade flash, DRAM, and embedded peripherals, Innodisk strives to maintain its unrelenting pace of innovation in the face of the past year's pandemic challenges. Kicking off this year of the Ox on a high note, Innodisk is announcing new PCIe Gen 4 NVMe flash storage, DDR4-3200 DRAM, and CANbus & LAN modules.

Innodisk's NVMe flash storage series now supports the latest PCIe Gen 4 interface with a staggering 7.88 GB/s transfer rate—double the bandwidth of Gen 3—that simultaneously lowers overall power consumption, reducing the overheating issues of many PCIe SSDs. Smart temperature control through thermal throttling firmware technology is convenient for users to monitor temperature changes of SSDs at any time, and protect data with higher performance.

The ongoing global health crisis is putting enormous strains on healthcare providers around the world, and has sent the demand for medical-grade equipment skyrocketing. With organizations scrambling to procure the right components, Innodisk recently provided its technical and medical sector expertise for ventilator production in China, Europe and Brazil, and doubled-down on its support of innovation in global health.

Innodisk is proud to deliver solutions used in innovative and life-saving healthcare applications such as mechanical ventilators, ultrasound systems, medical all-in-one and panel PCs, nurses' stations, and MRI machines. These medical applications put considerable demands on components that must be addressed in full by any products and solutions -- making a focus on personal data security, reliability, stability, and longevity an absolute must.

Engineers at Innodisk, using the latest 3D NAND vertical architecture technology, have delivered stellar performance and blistering speeds in the latest iteration of the company's new 3D NAND TLC SSD range. The Innodisk 3TS5-P SSD series complies with JESD219 standards complementing endurance workloads at enterprise level in situations where data compression or reduction is carried out for encryption purposes but doesn't distort the normal internal workings of the SSD.

The new 3D NAND TLC SSD series handles increased data storage demands in varied form-factors while maintaining read/write speeds for endurance and is designed for heavy workload applications. As data becomes the core of the IoT era and faster data speeds are required to necessitate reliability, the Innodisk 3D NAND TLC offers 2 drive writes per day (DWPD=2). This offers the potential of higher capacity within a smaller physical space thus lowering the mechanical interference and improving the airflow inside the system chassis, while also improving electrical use to reduce power consumption, boosting power consumption, and providing higher data write performance, as well as built-in hardware-based AES for data security.

After many trials and a lengthy design process, the Fire Shield SSD has passed its baptism of fire. After having been bathed in direct flames at 800°C for more than 30 minutes, comparisons show 100% data accuracy before and after tests. The U.S. patent has already been granted USPTO.

The Fire Shield SSD design borrows from the concept of black boxes. It is placed inside vehicles and public transportation for the purpose of facilitating accident investigation. Modern vehicles are designed with safety in mind. But no matter the safety measures, fire is always a risk. In the US alone, there are more than 400 fire-related vehicle accidents every year, and what is often forgotten is the importance of data after such an accident, as it might be the only clue to the underlying causes. This is why Innodisk has created the Fire Shield SSD.

To meet the ever growing demands of the embedded and industrial storage market, Innodisk is launching the SATA 3IE4 series with integrated Marvell controllers. Running on Innodisk's proprietary iSLC technology, it provides performance equal to that of SLC at a much lower cost. The iSLC technology in combination with integrated LDPC error correcting code ensures an extended lifespan; upward to seven times that of standard MLC products.

Traditional MLC flash boasts high capacity, but often falls short with regards to product lifespan. SLC is a better choice for performance and longevity; however the cost is comparatively high. This is where iSLC comes in as a golden mean with a drastic increase in lifespan compared to MLC products, while sporting SLC like performance at a much lower price. This makes iSLC SSDs the perfect choice for industrial and embedded applications where MLC often do not meet longevity demands and SLC are seen as too costly.

Innodisk, the service driven flash and DRAM provider, introduces the new DDR4 2666 memory modules designed for server applications on the upcoming Purley platform that Intel intends to release in 2017. The DDR4 2666 RDIMM is equipped with a Samsung chip which is designed with a new system circuit architecture to deliver even higher performance with lower power consumption.

"For years, Innodisk has been dedicated to developing and manufacturing industrial grade memory modules, and we have never stopped introducing industry leading products," said Samson Chang, Vice President of Embedded DRAM Business Unit of Innodisk. "We are proud to introduce the industry's first DDR4 RDIMM with an initial speed 2666 MT/s. It will optimize the Purley platform and maximize its performance. Innodisk will continue to develop more advanced product specifications in the future, allowing us to have the most complete product line amongst our competitors. Our goal is to support our customers various needs and lead the industrial systems upgrade."

Innodisk, the service-driven provider of flash, memory and peripheral module for industrial and embedded systems, launches a new generation M.2 LAN card. M.2 (known as the NGFF -- Next Generation Form Factor) is a new generation of specifications for embedded extensions designed to support PCIe and USB 3.0 interface. High-speed bandwidth comes as a standard specification of mini-STX and NUC.

It may be used on type 2280, 2260 and other various modules. Innodisk announced the world's first M.2 LAN card EGUL series at the end of last year and was awarded Electronic Design's "Product of the Week." We launched its extension line EGPL series to support PCIe, type 2280 and additional operating platforms such as Linux, FreeBSD, Android and VxWorks.

Innodisk, the service-driven flash and DRAM module provider, introduces a brand new DDR4 Mini DIMM DRAM that is fully compliant with ATCA (Advanced Telecom Computing Architecture). Featuring a 228 pin (a mere 0.72" in height) and a capacity of up to 16GB, it is simply the best choice for small, high-speed, large-capacity storage devices.

Innodisk uses original ICs in DDR4 Mini DIMM and has upgraded the transfer speed up to 2400MHz. Its ECC modules are designed to detect and correct single-bit errors that may occur during data storage and transmission. In addition, the DDR4 Mini DIMM series' built-in thermal sensor provides temperature monitoring and system reliability. Innodisk also utilizes value-added conformal coating on the module that protects against moisture, contaminants, dust and acid materials, thus ensuring high-performance operation in harsh environments.

Innodisk, the service driven flash and embedded peripheral module provider, announces new M.2 form factor Dual and Single Gigabit Ethernet Modules using a USB 3.0 interface. These two embedded peripherals are the World's first M.2 form factor LAN Cards. The EGUL-G101 is an industrial grade Gigabit Ethernet module for network expansion and the EGUL-G201 is a dual Gigabit Ethernet module enabling networking redundancy, and port trunking/link aggregation for up to 2Gb/s speeds.

The compact 22x60mm M.2 form factor cards utilize a fast and convenient USB 3.0 interface, eliminating the need for drivers. Robust design including strong ESD, surge and HiPot protection, as well as extra thick gold connectors, allow these modules to be used in a variety of embedded systems ranging from consumer to industrial applications.

Innodisk, the service-driven flash provider, announces its latest series of SATADOM disk-on-module SSDs featuring a new cable-less power technology. This latest series of SATADOM and ServerDOM come in the same compact form factor but feature a new way of delivering power to the flash drive directly through the SATA connector itself for less clutter and superior reliability. The new patented Pin 8 technology powers a series of SATADOM drives which will come in a variety of compact form factors and flash flavors including SLC, MLC and iSLC, as well as DRAM-less versions for 100% data integrity in the face of power loss. Besides SATADOM with Pin 8 Technology, Innodisk is updating its full line of SATADOM SSDs including SATADOM powered by Pin 7 power and external power cables. The new SATADOM SSDs will feature higher capacities and DRAM-Less SSD technology.

Patented by Innodisk, SATA Pin 8 Vcc uses the SATA connector itself as a power supply to drive the device without external cables. Extra pins on each side of the drive's connector mate with pins in the motherboard's SATA interface to provide a power source that eliminates the need for cables. Already available on motherboards from top manufacturers, Innodisk's Pin 8 Vcc technology joins Innodisk's SATA Pin 7 Vcc technology to enable compact, cableless SATA storage solutions.

Innodisk, the service-driven flash and DRAM provider, announces higher capacity 16GB versions of its DDR4 embedded and server unbuffered DRAM series. These 2133MHz UDIMMs and SODIMMS now come in industry-leading 16GB capacities, allowing more memory to be installed within space constrained embedded systems, industrial PCs and servers. Offering higher performance with lower power consumption compared to DDR3, the new DRAM modules have ECC available for reliability, as well as industrial strength features from Innodisk such as 30µ" Gold Finger connectors, thermal sensors, and protective conformal coatings. The new 16GB modules make Innodisk's range of DDR4 products the most complete line of embedded and server DDR4 memory on the market.

"16GB is the highest capacity unbuffered DDR4 module available on the market," said Samson Chang, Vice President of Embedded DRAM Business Unit of Innodisk. "We're proud that Innodisk is able to provide this memory capacity while bringing the performance and low power benefits of DDR4 to the embedded and server markets. In addition, we're bringing extra value to our industrial customers with Innodisk features like onboard thermal sensors and protective coatings.

Innodisk ,the service-driven flash provider, announces an update of its 3ME embedded flash series with the launch of the new 3ME3 DRAM-less SSDs for industrial, embedded and enterprise applications. The 3ME3 series of SSDs offers strong real world performance in sequential and random I/O using custom firmware and synchronous NAND. The DRAM-less design achieves 100% data integrity in the face of power loss and allows space saving form factors including mSATA, M.2, SATADOM, CFast, and SATA Slim.

DRAM-less design not only prevents data loss from sudden power failure, but makes for a smaller SSD. The 3ME3 series is able to pack a reliable and high performance SSD into small form factors. The absence of volatile memory buffers means power loss is easily handled by Innodisk's iDataGuard technology. A new generation of custom firmware along with the use of synchronous NAND flash allows Innodisk to achieve high real world performance. Moving to a page based algorithm for fine-grained wear leveling and write optimization lets the 3ME3 series to achieve 10/20K Random IOPS.

Innodisk, the service-driven flash provider, announces a new series of high performance industrial SSDs. Available in standard 2.5" SATA III as well as SATA Slim formats, the 3MG2-P series uses a custom new ID201 controller, synchronous NAND flash and 19 nm manufacturing process to produce high sequential speeds and random IOPS, while preserving industrial level reliability, power protection, and ruggedness.

High Performance
Industrial no longer means slow. Innodisks' 3MG2-P SSDs use a new generation of flash technology to combine reliable and rugged design with superior performance. The use of select synchronous NAND flash, with a custom ID201 flash controller and on-board- DRAM mean the 3MG2-P series achieves 530/460 Sequential Read/Write speeds and 80/76K random IOPS performance. The use of a smaller 19 nm process not only helps performance but also allows the 3MG2-P to be offered in a 1 TB capacity.

Innodisk, a designer and manufacturer of memory and storage products for industrial applications, offers a wide range of DRAM products with conformal coatings for greater reliability, superior service life, improved performance, and reduced total cost of ownership. Innodisk DRAM modules with conformal coatings applied are protected from moisture, dust and chemical contaminants. This allows for normal operation in extreme environments, where unprotected modules would become unreliable.

Some system integrators outsource DRAM conformal coating to save on equipment and human resources. However, Innodisk takes an extra step by integrating conformal coating into the production process, to ensure high levels of quality, and reduce repair and maintenance costs for the user.

Innodisk, a designer and manufacturer of SSDs for industrial applications, is pleased to announce the debut of the FlexiArray SE108 at Supercomputing Conference 2013. This new storage appliance incorporates 8 SSDs to achieve great IOPS in a 1U rack-mount form factor. Join Innodisk at Supercomputing Conference 2013 in Denver, Colorado, USA, from November 18 to 21 to explore FlexiArray SE108, and see a live demonstration.

Innodisk's new FlexiArray product line, powered by Innodisk FlexiRemap technology, boosts IOPS (Input /Output Per Second) through Innodisk's advanced SSDs and an optimized OS - breaking the I/O storage bottleneck, without breaking the bank. FlexiRemap technology, Innodisk's innovation in system software and SSD firmware design, greatly improves performance of random write operations.

Innodisk, a designer and manufacturer of SSDs for industrial applications, is pleased to announce the development of a new patented technology, Power Secure. Power Secure is Innodisk's advanced hardware and firmware-based power failure protection system, which helps ensure SSD data integrity after sudden power outages. An informative Innodisk white paper, "Data Integrity In the Event of Abnormal Power Failure in SSDs", explains the technology behind Power Secure.

Solid-state drives (SSDs) are far more robust than traditional HDDs; they are faster, more durable, and have lower operating costs. However, all storage devices are vulnerable to potential data loss caused by a sudden shutdown due to external power failure. Now, Innodisk's Power Secure offers a combined hardware and firmware power-down recovery system that significantly reduces the probability of data loss or corruption. If a SSD read or write operation is interrupted due to an unexpected loss of power, there can be inconsistencies in the data; it may not load successfully, and an ECC (Error Correcting Code) failure can occur, leading to data loss. Power Secure's first line of defense against this issue is a low power detector on the SSD.

Innodisk is proud to be among the first to supply (DDR4) registered DIMM product samples to key server companies for their next-generation systems. With this announcement, Innodisk, an industry leader in DRAM modules for industrial applications and embedded systems, will continue to offer the most advanced technology to its customers. The result of almost eight years of development, DDR4 (Double Data Rate 4) technology improves on the previous generation, DDR3, in every way. These new memory products provide users with greater performance, but can still cut costs by saving power and space, and reducing waste heat.

DDR4 offers a giant leap in peak performance over DDR3 technology, with a 3.2 Gbps data transfer rate. In fact, DDR4 could eventually even surpass this already high rate, according to standards organization JEDEC, in the same way that DDR3 surpassed its initial ceiling of 1.6 Gbps. DDR4 memory bus speeds start at 2133MHz, which already offers a huge jump in potential performance from the average bus speed of 1333MHz and 1666MHz offered by DDR3.