HYPER-CONVERGED INFRASTRUCTURE, APPLICATION STORAGE
IDTechEx | March 27, 2023
Thermal Interface Material (TIM) plays an important role in power electronics, computing processors, sensors, and energy storage devices. TIMs are the materials used to fill the void between heat sources and heat sinks to enhance heat transfer. TIMs come in a variety of forms, including gap pads, thermal greases, thermally conductive adhesives, and phase change materials. The form varies significantly across target application areas, cost, and ease of mass deployment. With the ever-increasing power demand and heat generation for many emerging industries, such as data centers, 5G, and advanced driver-assistance systems (ADAS), TIMs are experiencing rapid growth and evolution, leading to significant market opportunities and massive potential for each of the target industries.
Electric Vehicles (EVs) are a fast-growing market; IDTechEx forecasts that electric vehicle markets across land, sea, and air will generate US$2.6 trillion by 2042 with a double-digit annual growth rate. The battery is undoubtedly one of the most important components of an EV. Together with the fast adoption of EVs, there is also a trend for higher power density, larger battery capacity, and faster charging.
TCAs have the fastest growth but gap fillers retain their dominant position over the next ten years. Source: IDTechEx - "Thermal Interface Materials 2023-2033: Technologies, Markets and Opportunities".
The most used TIM forms in the EV battery industry include gap pads, gap fillers, and thermally conductive adhesives (TCAs). There is no "one-size-fits-all" solution when it comes to TIM form, and the choice is ultimately subject to battery design configuration. Gap filler is by far the most widely adopted TIM for EV batteries at this stage, thanks to their superior ability to be efficiently dispensed at high volumes. However, in order to increase energy density and achieve a longer range, EV batteries have been shifting from modular to cell-to-pack designs. This shift is expected to have profound impacts on the adoption of TIMs. Modular battery designs consist of multiple individual battery modules connected to form a battery pack. Each module has a separate casing and requires a separate TIM to transfer heat from the cell to the cooling system. In contrast, the cell-to-pack design combines the battery cells into a single, large battery module, eliminating the need for separate module housings and TIMs.
This battery transition reduces TIM usage per vehicle as there are fewer thermal interfaces between the cells and the cooling plate. The elimination of module housings means cells can directly contact the cooling plate, thereby changing the performance requirements of the TIM. The TIM needs to transfer heat efficiently to avoid hotspots, as well as present good material compatibility with the cold plate. As the TIMs are positioned directly between the cells and the cold plate, an increased adhesion of TIMs is needed to stick the cells and cold plates together. Therefore, IDTechEx forecasts thermally conductive adhesives to be increasingly adopted thanks to this battery design transition, and by 2020, the market size of TCA within the EV industry is expected to have a 15-fold increase. More details about the opportunities associated with this transition are included in IDTechEx's latest research, "Thermal Interface Materials 2023-2033: Technologies, Markets and Opportunities".
About IDTechEx
IDTechEx guides your strategic business decisions through its Research, Subscription and Consultancy products, helping you profit from emerging technologies.
Read More
HYPER-CONVERGED INFRASTRUCTURE,APPLICATION STORAGE
Mercury | January 27, 2023
Technology solutions provider, Mercury Systems, Inc., which delivers processing power to critical defense and aerospace missions, launched its next generation of rugged edge servers powered by 4th generation Intel Xeon Scalable processors. The new processors earlier known as Sapphire Rapids, are designed for faster compute-intensive edge workloads and provide quick insights needed for critical defense and aerospace missions.
The all-new RES X08 servers are built using the decades of experience Mercury has with its COTS Rugged Edge Server (RES) rackmount family. RES X08 servers support powerhouse NVIDIA H100 GPUs, low-latency PCIe 5.0 fabrics, high-speed DDR5 memory, versatile Compute Express Link (CXL) expansion and 400 Gbps network cards, packed in a highly configurable, ultra-rugged chassis. Using innovative and secure design, Mercury’s servers are designed from the ground up to dissipate and withstand massive thermal loads which are created by larger, more powerful components. With a smaller footprint, Mercury’s servers are capable of delivering higher computational performance for accelerated workloads in industrial and military applications.
Brian Perry, General Manager of Mercury’s Sensor Systems business unit, said, “The RES X08 follows in the lineage of field-proven RES X07 and RES X06 servers that meet the demanding requirements of mission-critical workloads at the edge.” He further added, “Tens of thousands of Mercury rugged servers are currently deployed across U.S. and international defense programs, and Mercury is proud to make the latest commercial Silicon Valley technologies profoundly more accessible to aerospace and defense customers.”
(Source – GlobeNewswire)
About Mercury Systems
Mercury Based in Andover, Massachusetts, Mercury systems is a technology solutions provider. The company utilizes its strategic investments in R&D, business partnerships, and M&A; Mercury enables aerospace and defense leaders in agile defence systems, avionics and mission computing, and new technologies to transform their systems from legacy to cutting edge. This opens possibilities for an integrated approach to mission success.
The crucial technologies, such as Signal, Software, and Security, required for mission success are included in the "core" of the Mercury Processing Platform. These technologies are made available from silicon to system scale with important differentiators, such as Mission Ready, Trusted and Secure, Software Defined and Open, and Modular.
Read More
HYPER-CONVERGED INFRASTRUCTURE,APPLICATION STORAGE
Hivelocity | January 11, 2023
In a recent announcement, leading cloud and network infrastructure solutions provider, Hivelocity, Inc., acquired Heficed, an IaaS and Bare Metal Cloud solutions firm based in the UK. The acquisition merges Heficed’s clients, select staff, and 9 data centers with Hivelocity.
Heficed helps businesses and governmental bodies acquire, lease, deploy, and maintain IP addresses. The platform speeds up the process and lowers the expenses of providing IPs to physical and virtual infrastructure for enterprises, that need to deploy a great volume and variety of IP addresses.
Heficed’s fully customizable architecture of dedicated servers and fully-automated cloud infrastructure help to balance the workloads of businesses, with reliable hosting services on its bare metal servers in 9 locations across the globe.
Mike Archietto, CEO and Co-Founder of Hivelocity, said, "This acquisition represents a fantastic opportunity for our clients old and new.” He also added, "By combining Heficed's impressive list of data center locations and VPS hosting options with our global network of data centers and premium bare metal hosting, our world-class infrastructure solutions will now reach an even wider audience of users."
(Source- PRNewswire)
Steve Eschweiler, COO and Co-Founder of Hivelocity stated, "Heficed is a great company with great people.” He further added, “Hivelocity's acquisition strengthens our team and furthers our goal of building the building the most geo-diverse bare metal cloud in the industry. With the addition of Brazil, South Africa, and Nigeria data center locations, our customers can now instantly deploy bare metal servers across six continents.”
(Source- PRNewswire)
About Hivelocity
Hivelocity provides Dedicated Servers, Colocation, and Cloud Hosting services in over 130 countries. The company has over 70,000 sq.ft of data center facilities in Tampa, Miami, Atlanta, New York, and Los Angeles. Its data centers are HIPAA, PCI, ISAE-3402, SSAE 16, SOC1 and SOC2 certified.
Read More