Technology sharing

· UC4M3 SSD エンクロージャは、最大 8TB 容量の M Key および B+M Key PCIe NVMe SSD 用に特別に設計されています。適用可能な M.2 SSD サイズは 2280 です。 · SATA SSD 、 mSATA 、または PCIe AHCI SSD とは互換性がなく、 NVMe M.2 SSD のみと互換性があります。 · 大容量の外部ストレージ拡張デバイスは、 Macbook などのデバイスに特に適しています。 ...... 詳細はこちら   https://www.amazon.co.jp/dp/B0CGRBW1HV/

Up to 10GB/s read speed, with Phison PS5026-E26 controller Samsung just launched its highly anticipated 990 Pro series of SSDs. These are high-performance NVMe M.2 2280 SSDs "optimized for gaming and creative applications." Ahead of this launch, there were indications that Samsung's 990 Pro series SSDs would feature a PCIe 5.0 interface; however, this has yet to materialize. The new Samsung 990 Pro series SSDs use the PCIe 4.0 interface. The sequential read and write speeds of the 990 Pro SSD are up to 7,450 MB/s and 6,900 MB/s, respectively, and the IOPS performance figures are 55% higher than the 980 Pro SSD. ... Learn more here https://www.ankmax.com/newsinfo/4270887.html

現在のところ、PCIe Gen 4 SSDコントローラーを製造できる市場のメーカー、ただし、SamsungおよびSanDisk（WD）のメインコントローラーに「自己生産および自己使用」に属します。残りのブランドは独自のソリューションを立ち上げました、ストレージメーカーが使用するため。これらのベンダーには、Phison、Innogrit、SMI、Marvellなどが含まれます。2019年に発売されたPCIe4.0M.2 SSDの最初のバッチはすべて、Phison PCIe 4.0 M.2 SSDソリューションを使用します。PCIe4.0×4帯域幅を完全に利用できないことに加えて、28nmプロセスは比較的高い電力消費をもたらしますと発熱高い。 ...... 詳細はこちら  https://www.ankmax.com/newsinfo/2800942.html

Also, if you're using an Apple laptop that supports Thunderbolt 4/USB 4, there are different tools you can use to make better use of your laptop's ports. For example, you can use the Ankmax USB 4 NVMe enclosure to take your storage tasks to the extreme on both PC 、Mac and iPad. Designed with a USB 4 port to deliver speeds of up to 40 Gb/s, the UC4M2 is perfect for tech-savvy professionals who want to render or compile high-resolution content without missing a beat. Learn more here https://www.ankmax.com/newsinfo/2461471.html

As mentioned earlier, a Thunderbolt 4 cable is also a USB 4 cable but all USB 4 cables are not certified as Thunderbolt 4  Both USB 4 and Thunderbolt 4 use the same USB Type-C connector which is reversible and rounded. The USB 4 is also based on the very same underlying protocol as Thunderbolt 4, and both types are tightly connected. All thunderbolt devices come with USB 4 support which means if you have a device with Thunderbolt 4 connectors you can use USB 4 cables. However, not all the devices with USB 4 connectors will be as powerful as the ones that are fully Thunderbolt 4 certified. For example, Apple offers Thunderbolt 4 in many devices that offer the maximum bandwidth of 40 GB/s. But many Windows computers come with USB 4 but offer a maximum bandwidth of 20 GB/s. Additionally, if you have a laptop with a Thunderbolt 4 connector, you will be able to connect two 4K displays with it. On the other hand, a device with a USB 4 connector will allow you to connect only one 4K displ...

すべてのメーカーは、 IntelによってThunderbolt 4として正式に認定されるために、Thunderbolt 4の最高の仕様を提供していることを確認する必要があります。Thunderbolt 4は、最大（7,680 x 4,320）8Kの解像度のUSB Type-Cモニターもサポートします。つまり、HDMIやDisplay Portケーブルよりもはるかに細いThunderbolt 4 USB Type-Cケーブルを使用して、高解像度ディスプレイに電力を供給できます。さらに、ビデオケーブルとは異なり、Thunderbolt 4ケーブルを使用してデータを転送したりデバイスを充電したりすることもできます。   Thunderbolt 4の機能 ・ 40GB /秒の帯域幅を提供します。 ・ 1台の8Kモニターまたは2台の4Kモニターをサポートできます。 ・最大 3,000 MB / sのデータストレージ速度を実現する32GB / sのPCIeが付属しています。 ・最大 100ワットのPD（電力供給）充電を提供します。 ・最大 4つのポートを備えたドックをサポートします。 ・ Thunderbolt 4ドックに接続されている場合は、マウスを動かすかキーボードキーを押すことで、ラップトップまたはコンピューターをスリープ解除できます。 ・物理 DMA攻撃に対する保護を提供するIntel VT-d DMA（ダイレクトメモリアクセス）保護が付属しています。 詳細はこちら   https://www.ankmax.com/newsinfo/2461471.html

Thunderboltは、IntelによるThunderboltラインの最新バージョンです。USB Type-C およびThunderbolt 3との下位互換性を含むさまざまな利点があります。Thunderbolt 4 認定のすべてのケーブルは、USB 2.0、USB 3.1、USB 3.2、およびUSB 4を含むすべてで動作します。 Thunderboltは、40 GB / sのデータ転送速度と100WPD（Power Delivery）電力を高速充電で提供します。Thunderbolt 3も同じ仕様を提供していることに注意することが重要です。ただし、いくつかの違いがあり、一部のラップトップとWindowsコンピューターはカットダウンバージョンを使用していました。   詳細はこちら   https://www.ankmax.com/newsinfo/2461471.html

Thunderbolt is the most recent version of the Thunderbolt line by Intel. It comes with a range of benefits including backward compatibility with USB Type-C and Thunderbolt 3 . All the cables that are Thunderbolt 4 certified can work with everything including USB 2.0, USB 3.1, USB 3.2, and USB 4 . Thunderbolt offers a data transfer speed of 40 GB/s and 100W PD (Power Delivery) power with fast charging. It’s important to note that Thunderbolt 3 also offers the same specifications. However, there are some differences, and some laptops and Windows computers used cut-down versions.   Learn more here https://www.ankmax.com/newsinfo/2461471.html

For those who chose a MacBook over an ordinary laptop must be short for some storage space, right? Well, upgrading storage space through apple is as costly as purchasing a new laptop. In this case, an external hard drive is less expensive and beneficial for storage requirements. You can switch your external hard drive from a Mac to a pc which makes data transfer for two different OS easier. Furthermore, external hard disks are less likely to get corrupted and are portable in nature. Macbooks generally have SSDs which are capable of loading a program quickly but more likely to low on storage. Furthermore, SSDs are quite costly and upgrading an SSD on a Macbook is definitely costlier than you could even imagine. An external hard drive is best for storing data such as photos, videos, movies, rendered projects and more. Learn more here  https://www.ankmax.com/newsinfo/1993795.html

  We’ve often discussed the difference between different types of NAND structures — vertical NAND versus planar, or multi-level cell (MLC) versus triple-level cells (TLC) and quad-level cells (QLC). Now, let’s talk about the more basic relevant question: How do SSDs work in the first place, and how do they compare with newer technologies, like Intel’s non-volatile storage technology, Optane? Learn more here  https://www.ankmax.com/newsinfo/1968117.html

  The basic question is this: Do you regularly work with large files? SSDs are a particularly big help for the following groups of people: •    Video producers and media editors •    Graphic designers •    Photographers •    Anyone who uses Photoshop or similarly large programs Learn more here https://www.ankmax.com/newsinfo/1632698.html

With the release of the PlayStation 5, SSDs have officially become the new gaming standard. A comparison of PS4 and PS5 load times — one with an HDD, the other an SSD — shows clearly just how much improvement an SSD offers. It’s only a matter of time before any new AAA game will all but require a solid state drive. Nevertheless, if you’re working with a tight budget, getting an HDD is more than sufficient, especially since SSDs mean significant space constraints. And even with an HDD, there’s a lot you can do to improve your computer’s gaming performance. Learn more here https://www.ankmax.com/newsinfo/1632698.html

Solid state technology has made laptops even lighter and more portable. In fact, the difference is so significant that any new laptop you get should be one with an SSD. SSDs are standard in laptops now because they: •    Have no moving parts and so can handle rough usage better. •    Operate more quietly than HDDs. •    Weigh less than HDDs. •    Use energy more efficiently than HDDs, increasing battery life. •    Boot up operating systems and load apps much faster. All of these are significant benefits for anyone using a laptop. While you get less storage space for your money, you get a number of other benefits that generally tip the scales. You can also opt to spend a bit more for a larger SSD, depending on the options provided by the laptop’s manufacturer. Learn more here https://www.ankmax.com/newsinfo/1632698.html

Are SSD drives more reliable than HDDs? Actually, SSD technology is now about equally as reliable as your typical HDD. One effect of the rise of streaming is that most of us no longer store huge amounts of data in the form of music or movies on our drives, a situation in which SSDs thrive. SSDs are made to handle daily workloads with frequent reading and writing, rather than being filled with files that go untouched for years at a time. In other words, reliability is an SSDs most useful asset. SSDs have come a long way. New optimization techniques such as TRIM and wear-leveling prioritize performance and keep the individual storage cells from getting worn out. If you’re used to an HDD, you won’t notice any reliability issues when moving to an SSD — only the benefits. But regular PC maintenance is still needed to speed up and clean up your PC, and to keep your SSD in good shape. That’s one thing that hasn’t changed since the days of HDDs and the CHKDSK command or disk defragmentation. W...

Solid state drive vs hard disk drive is a dilemma you’re likely to face when reviewing a line of new computers or laptops. Why do SSDs come in smaller sizes? Are SSDs better suited for personal use or professional use? In what areas do they excel? Luckily, the decision between an SSD vs HDD doesn’t have to be a hard one. Learn more here  https://www.ankmax.com/newsinfo/1632698.html

Father's Day is a relatively modern holiday so different families have a range of traditions. These can range from a simple phone call or greetings card to large parties honoring all of the 'father' figures in a particular extended family. Father figures can include fathers, step-fathers, fathers-in-law, grandfathers and great-grandfathers and even other male relatives.  No matter how many father figures you have on your list this year, show them your love and appreciation with our round-up of favorite, father-approved presents. Learn more here  http://c887487260lfw.scd.wezhan.cn/newsinfo/1601761.html

The Chia software is available on most operating systems, but for the typical user, I'll cover the experience in Windows or Mac OS. This is the easiest way to learn the whole process. To Get Started Farming Chia, Simply: 1. Head over to the Chia site 2. Select Install Chia Blockchain (This will bring you to GitHub) 3. Select your operating system 4. Download & install, or otherwise follow the instructions noted! 5. Run it and let's begin Learn more here http://c887487260lfw.scd.wezhan.cn/newsinfo/1560958.html

NVMe is a storage protocol designed specifically with SSDs in mind. With the elimination of the intermediating SATA HBA layer, NVMe allows SSDs to communicate directly with the CPU via the PCIe bus, opening channels for ground-breaking performance improvements. To put it into perspective, the performance limit of the SATA III bus is 6Gb/s, meaning a SATA SSD can offer a max of 550MB/s of throughput after overhead. A single PCIe 3.0 lane can offer 1GB/s (bidirectional) of throughput, so a PCIe 3x4 SSD can reach a throughput of up to 4GB/s read/write. That goes up to 8GB/s (bidirectional) for PCIe Gen 4X4 SSDs. The performance limitation here moves from the protocol to the NAND media, which has been undergoing tremendous development in recent years, allowing manufacturers to squeeze the highest density and performance into the smallest form factors. Protocol latency is also greatly reduced with NVMe due to the shortened and optimised datapath, allowing lower latency than SATA/SAS. The ma...

While HDDs are commonly 2.5 or 3.5 inches wide, and most SATA-based SSDs are 2.5 inches wide and 7mm thick, NVMe drives take on a number of new form factors that allow them to fit in a variety of devices. •    M.2 - The reduction in physical drive size seen in the M.2 form factor guarantees the future ubiquity of these storage devices. 22 refers to the width and 30/42/80/110 refer to the length in millimetres. Currently, M.2 2280 supports SATA, it is also the most common NVMe SSD form factor for NVMe. As technology improves and shrinks, this may change. •    U.2 - These are more costly storage devices with higher performance and endurance typically found in data center/enterprise storage environments. •    Add-in PCIe cards - These high-performing NVMe SSDs found their way into systems that hadn’t yet adopted sockets to accommodate the M.2 form factor. Learn more here http://c887487260lfw.scd.wezhan.cn/newsinfo/1491892.html

Non-Volatile Memory Express (NVMe) technology was introduced in 2011 to address the various bottlenecks of the SATA interface and communication protocols. NVMe technology utilises the PCIe bus, instead of the SATA bus, to unlock enormous bandwidth potential for storage devices. PCIe 4.0 (the current version) offers up to 32 lanes and can, in theory, transfer data at up to 64,000MB/s compared to the 600MB/s specification limit of SATA III. The NVMe specification also allows for 65535 command queues, which can have up to 65536 commands per queue. Recall that SATA-based SSDs are limited to a single queue with a depth of only 32 commands per queue. NVMe technology creates massive potential for storage devices through increased efficiency, performance and interoperability on a broad range of systems. It is commonly believed that the technology will become the new industry standard. Learn more here  http://c887487260lfw.scd.wezhan.cn/newsinfo/1491892.html