At a glanceExpert`s Rating Pros Serious performance Good battery life Excellent webcam and mic Long warranty Cons Expensive 4GB of VRAM puts many local AI models out of reach NPU too slow for Copilot+ PC features Our Verdict HP’s ZBook 8 G1i is a capable professional workstation with fast performance, good thermals, and an unusually long warranty. But this machine can’t run many AI workflows. Price When Reviewed This value will show the geolocated pricing text for product undefined Best Pricing Today Best Prices Today: HP ZBook 8 G1i Retailer Price Check Price comparison from over 24,000 stores worldwide Product Price Price comparison from Backmarket Best Prices Today: Check today’s prices The HP ZBook 8 G1i is a high-end workstation laptop designed for professional workloads: CAD, 3D modeling, and video editing. It’s priced to match, too. At an eye-watering price of $5,755, this machine seems priced with enough margin to allow big discounts to businesses procuring a fleet for their employees. As I wrapped up this review, HP was offering it at 61 percent off — a price of $2,199. With a three-year warranty, a bundled Windows 11 Professional license, a fast Intel Core Ultra 7 265H CPU, workstation-class Nvidia graphics, and plenty of RAM and storage, that sale price seems fair for a professional tool like this one. But HP’s promises of “pro-level graphics designed for advanced AI workflows” fall a little flat here. While this machine has Nvidia graphics that can run local AI features in professional apps, this isn’t the ideal AI workstation PC. Both the GPU and NPU hold it back in AI workloads. HP ZBook 8 G1i: Specs The HP ZBook 8 G1i is available in a variety of configurations, both in 14-Inch and 16-inch models. The 16-inch review model HP let us borrow had an Intel Core Ultra 7 265H CPU, 32GB of DDR5 RAM, and a dual-GPU setup with a workstation-class discrete Nvidia RTX 500 Ada GPU and integrated Intel Arc Pro 140T graphics. The 16-core Intel Core Ultra 7 265H CPU is based on Intel’s Arrow Lake architecture with a max speed of 5.3 GHz, and it delivered CPU and overall system performance that wowed in our benchmark suite. The RTX 500 Ada GPU here is an entry-level GPU designed for workstation PCs, including CAD software and lightweight AI tasks. Professionals get certified drivers for use with software like AutoCAD, with a promise of greater stability. This machine is not intended for gaming, and the RTX 500 Ada GPU here only has 4 GB of VRAM. So, while HP talks up this machine as an AI workhorse, the lack of VRAM means it isn’t ideal for heavy local AI tasks that need a lot of VRAM, including running larger local models and fine-tuning them. Quite frankly, the AI story is the weakest part of this machine. With a slow Intel NPU that doesn’t meet the minimum requirements for Microsoft’s Copilot+ PC features and an Nvidia GPU with only 4 GB of VRAM, people looking for an “AI workstation” would do well to look elsewhere. For running local LLMs, a consumer GPU with 12GB of VRAM or more would be ideal. If you download LM Studio, you’ll discover that only the smallest models will run on a GPU like this one. You’re getting a professional GPU intended for CAD applications that can do some lightweight work with AI-accelerated features in professional apps — as long as they don’t need much video RAM. Model number: HP ZBook 8 G1i C01CTUA#ABA / BQ2Z7AA#ABA CPU: Intel Core Ultra 7 265H Memory: 32GB DDR5-5600 RAM Graphics/GPU: Nvidia RTX 500 Ada and Intel Arc Pro 140T NPU: Intel AI Boost (13 TOPS) Display: 16-inch 1920×1200 IPS display Storage: 1TB PCIe Gen4 SSD Webcam: 5 MP webcam Connectivity: 3x USB Type-C (2x Thunderbolt 4, 1x USB 20Gbps), 1x USB Type-A (5Gbps), 1x HDMI 2.1, 1x combo audio jack, 1x RJ-45 Ethernet, 1x security lock slot Networking: Wi-Fi 7, Bluetooth 5.4 Biometrics: Fingerprint reader and IR camera for facial recognition Battery capacity: 77 Watt-hours Dimensions: 14.13 x 9.84 x 0.76 inches Weight: 3.87 pounds MSRP: $5,755 as tested ($2,199 on sale) If you’re looking for a fast professional workstation, the HP ZBook 8 G1i fits the bill. Just don’t pay $5,755 for it. HP ZBook 8 G1i: Design and build quality Foundry / Chris Hoffman The 16-inch HP ZBook 8 G1i has a metal chassis. Weighing just under four pounds, it’s a reasonable weight for a laptop of this size and capability. It’s not the thinnest machine, but the cooling works well. The CPU here posted high marks in our benchmarks. The thermals are excellent: In a long-running CPU-heavy task like the Cinebench benchmark we perform, the fan whirs away, keeping the CPU running cool. It’s not unusually loud even at high performance levels. For professionals looking for high performance on CPU-heavy workloads, this machine’s CPU performance will outmatch many high-performance “gaming PCs” that spend their performance budget on a faster GPU and opt for a slower CPU. The design is standard for a laptop: A blue or gray-tinged silver color that HP calls “Meteor Silver” combined with a black bezel around the display. The hinge feels solid, and the machine is easy to open with one hand. The metal construction feels premium. HP ZBook 8 G1i: Keyboard and trackpad Foundry / Chris Hoffman The 16-inch HP ZBook 8 G1i has a large keyboard that feels responsive, with a number pad and keys that are reasonably snappy. The trackpad is large, smooth, and clicks down with a pleasantly rubbery, bouncy feel. Both the keyboard and the trackpad here are quiet, which would make them a good fit for an office environment or coffee shop. (Many consumer laptops have surprisingly loud keyboards and trackpads, and they wouldn’t be ideal to type on in an office or in a meeting room with your boss.) HP ZBook 8 G1i: Display and speakers Foundry / Chris Hoffman The HP ZBook 8 G1i has a display designed for a business laptop. The 16-inch 1920×1200 IPS display here looks good, but the 60Hz refresh rate is standard and doesn’t go above and beyond on the pixel density. With up to 400 nits of brightness and an anti-glare coating, it stays nicely readable in challenging lighting environments with direct sun or overhead fluorescent lighting. The display is designed for long battery life and readability, not high-end gaming and multimedia tasks. HP offers other models with higher-end displays — for example, you can get a 3840×2400 IPS display with a 120Hz refresh rate and 500 nits of brightness on some models. But that will negatively impact battery life. The lower-end display delivers better battery life. The HP ZBook 8 G1i’s speakers get surprisingly loud for a laptop, if you want them to be. Unfortunately, there’s not much bass. At high volume levels, the highs in songs like Steely Dan’s Aja can become somewhat shrill and fatiguing. This machine’s speakers are likely optimized more for speech and meetings. Set at 50 percent volume, this laptop was about as loud as many other laptops I’ve used. HP ZBook 8 G1i: Webcam, microphone, biometrics The HP ZBook 8 G1i’s 5 MP webcam is unusually good, which is what I’d hope to see in a high-end laptop designed for work. Even on a cloudy winter day in New England, the ambient light coming through the window in my office resulted in a clear, crisp image without much visual noise. The microphone setup here is also impressive: It picked up my voice with a good amount of vocal depth and canceled out background noise. Cheaper laptop mics often sound “tinny.” This machine is an excellent choice if you take part in a lot of online meetings. HP included multiple biometrics options on our review model: Both an IR camera for facial recognition and a fingerprint reader at the top-right corner of the keyboard tray. HP ZBook 8 G1i: Connectivity Foundry / Chris Hoffman The HP ZBook 8 G1i has a good selection of ports. On the left side, it has two Thunderbolt 4 (USB Type-C) ports, an HDMI 2.1 port, and a combo audio jack. On the right side, it has a third USB Type-C port (20Gbps), a USB Type-A port (5Gbps), a RJ-45 Ethernet port, and a security lock slot. It’s great having USB Type-C ports on both sides. As the laptop charges via USB Type-C, this means you can plug the charging cable into either side. That’s always great to see on a laptop. It’s a capable loadout of ports, especially with Ethernet — a critical business port. And our review model supported both Wi-Fi 7 and Bluetooth 5.4, although the hardware on different ZBook models varies. HP also offers an optional external nano SIM slot on some models, so you can connect this laptop to cellular data. HP ZBook 8 G1i: Performance The HP ZBook 8 G1i flew in day-to-day desktop tasks. The Intel Core Ultra 7 265H CPU here is fast, and this machine’s thermals are set up to let it run hard without slowing down under load. With 32GB of RAM and a fast 1TB SSD, the machine is set up for high performance in professional apps. As always, we ran the HP ZBook 8 G1i through our standard benchmarks. Foundry / Chris Hoffman First, we run PCMark 10 to get an idea of overall system performance. The HP ZBook 8 G1i delivered an overall PCMark 10 score of 9,171. This is a CPU-focused benchmark where the GPU is less important, but the SSD and overall system performance come into play. This is higher overall system performance than many gaming laptops I’ve reviewed, and the ZBook can deliver it over extended periods of time with a fan that isn’t all that loud. This alone will make this machine a great option for many professionals. Foundry / Chris Hoffman Next, we run Cinebench R20. This is a heavily multithreaded benchmark that focuses on overall CPU performance. It’s a quick benchmark, so cooling under extended workloads isn’t a factor. But, since it’s heavily multithreaded, CPUs with more cores have a huge advantage. With a multithreaded score of 7,534, the HP ZBook 8 G1i again notched serious multithreaded CPU performance that outmatched many other laptops. Foundry / Chris Hoffman We also run an encode with Handbrake. This is another heavily multithreaded benchmark, but it runs over an extended period. This forces the laptop’s cooling to kick in, and many laptops will throttle and slow down under load. The HP ZBook 8 G1i completed the encode process in an average of 783 seconds — that’s just over 13 minutes. It’s an unusually good score and shows the machine’s thermals are well-designed. It can deliver serious performance for extended periods of time under load. Foundry / Chris Hoffman Next, we run a graphical benchmark. This isn’t a gaming laptop, and the GPU will generally be used for GPU-based professional apps and perhaps accelerating some local AI tasks. We run 3Dmark Time Spy, a graphical benchmark that focuses on GPU performance. With a 3DMark Time Spy score of 6,053, we see where the raw GPU performance falls: More comparable to an older RTX 3050 Ti GPU than a newer 50-series GPU. But you don’t buy a workstation-class GPU for raw gaming performance. You buy it for the stability and certified drivers for apps like AutoCAD and SolidWorks. Overall, the HP ZBook 8 G1i delivered amazing performance in the kind of professional apps you’d be running on a machine like this one. HP ZBook 8 G1i: Battery life The HP ZBook 8 G1i has a sizable 77 Watt-hour battery. Intel’s Arrow Lake CPUs are more focused on performance than battery life, but the power-efficient display and sizable battery deliver solid battery life for a workstation. Foundry / Chris Hoffman To benchmark the battery life, we play a 4K copy of Tears of Steel on repeat on Windows 11 with airplane mode enabled until the laptop suspends itself. We set the screen to 250 nits of brightness for our battery benchmarks. This is a best-case scenario for any laptop since local video playback is so efficient, and real battery life in day-to-day use is always going to be less than this. The HP ZBook lasted for about 14 and a half hours before suspending itself. It should get you through a full workday away from an outlet, if you like. But you’ll need to plug the laptop in to get the best performance from the hardware, anyway. What you end up with is a laptop that can last away from an outlet when it needs to. The battery life is solid for this hardware. HP ZBook 8 G1i: Conclusion The HP ZBook 8 G1i knows exactly what it is: A portable workstation for professionals complete with high-end CPU performance, a long warranty, workstation-class Nvidia graphics, a generous amount of RAM, and a big SSD. And HP knows exactly how to price it: While $5,755 seemed extreme, the fact that the machine was already 61 percent off when I finished reviewing it shows how ready HP will be to cut the price to something reasonable. If you’re looking for a fast professional workstation, the HP ZBook 8 G1i fits the bill. Just don’t pay $5,755 for it. Read...

Over the past few years at LDShop, we’ve been watching something subtle but important happen in the background of the games industry. On the surface, it’s the same mix of new seasons, fresh banners, and limited-time events—but underneath, the way players pay, the tools they use, and the risks they face have all started to shift. Drawing on what we see in our own data, combined with public reports from payment providers and security researchers, we’ve identified a few key trends that are quietly reshaping how global top-ups actually work in 2025 and beyond. Shifting player spend patterns Players aren’t exactly tightening their belts; they’re just spending in a much more scattered way. That’s the clearest thing we see, looking at LDShop’s orders every day. On the surface, the market still looks healthy. In 2024, global games revenue sits at around $187.7 billion, up about 2.1% from the previous year. PC and console together make up roughly half of that, while mobile remains the single biggest slice of the pie. So the crowd of people willing to pay for games is still growing. The market hasn’t exploded, but it definitely hasn’t shrunk. LDShop What has really changed is how that money is sliced up. Not long ago, plenty of players had “one main game”. You’d lock into an MMO, a big gacha, or a favourite sports title, and most of your money went there: big bundles, expansions, season passes. Now it looks very different. One month of spending might be: a pity chase in a gacha RPG a battle pass in a competitive or sports game a couple of event packs in another title plus one or two ongoing subscriptions quietly renewing in the background Once spending is spread out like this, “Where do I top up?” stops being a one-off question. It turns into, “Which place am I okay using across all these games, all year?” That’s why aggregators like LDShop or Razer Gold keep showing up in comparison posts: one login covers multiple titles, regions, and denominations. Instead of rotating between four or five unfamiliar stores, people lean toward a single platform that fits into their existing routine. The thinking has shifted from “How much can I shave off this one order?” to “Over a whole year of small purchases, how do I keep costs and hassle under control?” When you look at it on that timescale, multi-game platforms naturally have an edge over the old model of “one official store plus a random mix of third-party sites”. Digital wallet shift The bigger change, though, is in how people pay. By 2022, digital wallets already handled close to half of global e-commerce transaction value. In China, mobile and digital wallets made up about 67.3% of e-commerce payments in 2023, with Alipay and WeChat Pay leading the charge. In the US, roughly 72% of consumers were using services like PayPal, Venmo, Zelle, or Cash App in 2023, and that share is still creeping up. If you think about your own day, it makes sense. Food delivery, ride-hailing, streaming, online shopping – it’s all wallet-based now. Pulling out a physical credit card for a small cross-border game top-up almost feels old-fashioned. Banks don’t love those transactions either: they’re low value, foreign, and often flagged as risky. People run into extra one-time passwords, random declines, or “please call the bank” moments. After that happens a few times, they simply stop using that card for games. LDShop has been built around that reality from the start. The goal is simple to say but tricky to execute: global game coverage, local payment habits. That doesn’t just mean pasting more logos on the checkout page. In Taiwan, for example, LDShop supports LINEPay, MyCard and can issue local e-invoices. In Russia, players can conveniently pay using ??? (SBP) and Tinkoff Pay. The point is that when a player reaches checkout, the experience should feel like any other familiar local e-commerce site, not like learning a new financial product from scratch. And that familiarity matters more than any “fast and secure” tagline. When people see payment options they already use for groceries or transport, the decision to reuse the same platform next time becomes almost automatic. Escalating account threats As volumes grow, risk has stopped being a niche concern and turned into a daily one. You don’t need insider data to see it. Microsoft’s Digital Defense Report mentioned blocking roughly 450 million cyber-attack attempts per day, with a notable share pointed at digital goods, small payments, and login credentials. For attackers, small game top-ups are ideal: frequent, cross-border, and historically lighter on verification — a pattern that also explains why even a few basic security tweaks can make a noticeable difference for everyday users. The problem is that the damage rarely stays small. A compromised payment method or account can link out into other games, platforms, and cards. So the question “Is this top-up channel safe?” is no longer a throwaway line. It has become a very real issue that can directly affect account reputation, virtual assets, and even the exposure risk of your payment methods. When users choose a platform now, they’re looking much more closely at how much information they have to hand over, how transparent the platform’s processes are, and whether real-world cases and resolution records exist for them to reference if something goes wrong. In this environment, LDShop’s strategy is to put itself in a position where it can be examined, rather than limiting users to one-way official messaging. We keep our Trustpilot page open and active, where the platform currently holds a 4.8/5 rating with around 2,800 reviews. The feedback isn’t a wall of perfection—it looks like a real operating business: Some users highlight stable pricing, fast delivery, and the fact that they don’t have to hand over their game passwords. Others point out that there can be slight delays during peak periods, or that extra checks may be needed when risk controls are triggered. To many players, that mix feels more like a real business than a sales brochure. Things mostly work; sometimes they don’t; and there’s a transparent history of both. Combined with LDShop’s connection to the LDPlayer ecosystem, it paints a picture of a long-term operation rather than a fly-by-night site that could vanish or rebrand overnight. Real trust doesn’t come from saying “we are safe” in a banner. It comes from giving people enough information to decide for themselves what level of risk they’re comfortable with. Choosing trusted platforms: LDShop LDShop So, what actually drives the choice of a top-up platform now? Most players are quietly managing a small personal bundle of games and launchers. Almost nobody wants to learn a new payment flow every time they chase a limited banner or renew a battle pass. Saving a small amount on one order feels less exciting if it comes with extra verification steps, dispute emails, and a nervous chat with the bank. From what we observe, people are effectively rating platforms on four broad axes: 1. CoverageDoes this place support the few games and regions I truly care about, all in one account, or only look impressive on a long list? 2. Fit with daily payment habitsCan I pay the same way I already pay for other online services, or do I have to dig out a rarely used card or method just for this? 3. Comfort around security and frictionAre the rules consistent? Is sensitive data kept to a minimum? Do I get hit by random checks every other purchase? 4. Outside reputationAre there public reviews, discussions, and past cases that I can look up in a few minutes, beyond whatever the platform says about itself? LDShop’s place in that landscape is fairly clear. We’re backed by the LDPlayer brand, we position ourselves as a global professional top-up platform with clear product lines (UID direct recharge, gift cards, game cards) on our official site, we work to make local payment and invoicing feel like normal e-commerce, and we put our reputation on public platforms knowing it will be scrutinized over time. For LDShop, the key has always been on the user’s side: everyone’s game library, payment habits, and risk tolerance are different. The more useful question is not “who is the cheapest for this one transaction,” but rather: “which platform can I rely on month after month without thinking twice?” LDShop’s aim is straightforward — to be the go-to top-up service players trust all year, no matter the game or device. Read...

TL;DR: Windows 11 Pro brings modern security, smoother multitasking, AI tools, and a fresh UI—and it’s only $9.97 for a limited time. There’s upgrading your operating system—and then there’s finally leaving Windows 10 behind now that Microsoft has officially stopped supporting it. If you’ve been putting it off, this deal makes the timing almost impossible to ignore: Windows 11 Pro is just $9.97 (MSRP $199). Windows 11 Pro brings a noticeably smoother, more modern experience from the moment you boot up. The interface feels fresh and clean, multitasking gets a major boost thanks to Snap Layouts and improved desktops, and the built-in security features—like TPM 2.0, Smart App Control, and biometric login—create a far safer environment for work, gaming, and everything in between. DirectX 12 Ultimate takes visuals to a whole new level, squeezing every drop of performance out of your hardware. And for professionals, features like BitLocker encryption, Hyper-V, Azure AD, and Windows Sandbox make Windows 11 Pro feel like a true step up—not just a facelift. Then there’s Copilot, your AI-powered sidekick built right into Windows. It can summarize web pages, help with writing, suggest code, handle settings, and even generate images from your ideas. In short, better security, better features, better workflow—and a price so low it feels like a glitch. If you’ve been waiting for the right moment to upgrade, this is it. Get Windows 11 Pro while it’s just $9.97 (MSRP $199) for a limited time. Microsoft Windows 11 ProSee Deal StackSocial prices subject to change. Read...

At a glanceExpert`s Rating Pros Seamless 180-degree panoramic view Reliable PoE connection No subscription required for smart features Cons Requires PoE switch or a PoE-capable NVR to operate Slight lens distortion near frame edges No cloud storage option Our Verdict The Annke FCD800 delivers sharp panoramic coverage, smart detection, and solid deterrence at a great price, making it an easy recommendation for anyone who needs to monitor a large area with a single, reliable camera on a tight budget and has the required infrastructure in place (or plans to add it). Price When Reviewed This value will show the geolocated pricing text for product undefined Best Pricing Today Best Prices Today: Annke FCD800 Retailer Price $94.99 View Deal $129.99 View Deal Price comparison from over 24,000 stores worldwide Product Price Price comparison from Backmarket Best Prices Today: Check today’s prices Not long ago, panoramic security camera coverage required installing multiple units and you’d still end up with blind spots. Then dual-lens models came along and promised to fix that by stitching two views into one wide shot. The results haven’t always been pretty, though, sometimes producing visible seams, awkward distortions, and mismatched lighting in the stitched-together image. Annke’s new FCD800 aims to change that. This 8-megapixel power-over-ethernet camera (PoE) blends the feeds from its two lenses into a seamless 180-degree view, offering a viable replacement for multi-camera setups. Design and features The FCD800 is a turret-style camera housing two wide-angle lenses side by side (it’s also available in a bullet form factor for the same price). The metal camera enclosure is attached to a plastic mount, and connects via power-over-ethernet (PoE), in cable carries both electrical power and data. A separate mounting bracket allows both wall and soffit placement, making it easy to position the camera for full yard or driveway coverage. The Annke FCD800’s high-resolution image sensor produces a wide, detailed panorama without the visible stitching that plagues some dual-lens cameras. It’s rated IP67 for protection from the elements—meaning it’s dustproof and can withstand immersion in up to one meter (about 3.3 feet) of water for up to 30 minutes—it’s built to handle year-round exposure. Its industrial look won’t blend into every home’s exterior, but it suits garages, side yards, and any scenario that prioritizes function over subtlety. Want to know about IP codes? Check out TechHive’s IP code guide. Each of the camera’s two 1/2.4-inch CMOS sensors captures video with 4096×1860-pixel resolution. These are stitched into a continuous 180-degree panoramic image without the warping or fisheye effect you often get from single-lens wide-angle cameras. Nighttime performance is handled by a smart hybrid lighting system that uses both infrared and white LEDs. The FCD800 automatically switches between these two light sources based on the available ambient light, providing up to 30 meters of illumination. According to Annke, that’s about a 50-percent jump from the FCD600’s 20-meter range. In full darkness, it can run in discreet IR mode or switch on the white lights to flood an area with color night vision. The FCD800 stitches footage from two seaparate lenses into one seamless panoramic image. Annke Annke’s Motion Detection 2.0 adds AI to that wide field of view. The system can distinguish between people and vehicles, ignoring distractions like swaying branches or passing animals. If the camera does spot trouble, it can double as a deterrent with a built-in active defense system that combines a 97dB siren, flashing white strobes, and custom voice warnings that can be triggered automatically by motion or manually from within the app. The FCD800 gives you several storage options. A built-in microSD slot supports cards up to 512GB, enough for several days of continuous recording depending on bit rate and motion settings. The camera also works with Annke NVRs and other ONVIF-compatible recorders, letting you integrate it into a broader PoE system. If you prefer network storage, you can point the camera to a NAS. It appears Annke hasn’t introduced a subscription service for this model, so recording is strictly local. Setup and performance Setting up the FCD800 takes a little more planning than a typical Wi-Fi camera, but the process is simple once you understand how PoE works. Instead of plugging into a wall outlet, the camera gets both power and data through a single ethernet cable. That cable connects to a PoE switch or a PoE-capable NVR, which supplies electricity and network access at the same time. (If you prefer, you can power the camera with a 12V DC adapter, but you’ll still need to hardwire it to your router with an ethernet cable—it doesn’t have an onboard Wi-Fi adapter). It’s a clean, reliable setup that also eliminates worries about weak Wi-Fi signals. The camera connects smoothly to Annke’s own NVR systems, which might be the best bet for newbies, and is managed through the Annke Vision app. Once connected, you’ll scan the bar code sticker on the bottom of the camera to add it to the app. Then the app prompts you through the steps to connect the camera to your network. Once the camera is added, you can view live video, review a timeline of recorded clips, and manage camera settings in the app. The interface is clean and responsive, and the connection remained solid in my testing. A built-in microSD slot supports cards up to 512GB, enough for several days of continuous recording. Michael Ansaldo/Foundry Video from the FCD800 looks crisp and evenly exposed. The high-resolution image sensor produces a wide, detailed panorama without the visible stitching that plagues some dual-lens cameras. I did notice a little curvature near the edges of the frame, a mild lens distortion from the ultra-wide lenses. It’s common with panoramic cameras and most noticeable when the camera is aimed sharply downward as mine was. Mounting it level with the horizon keeps this to a minimum. The hybrid night lighting was impressive, as well. In IR mode, you get strong black-and-white visibility, with decent edge sharpness and minimal flare. Switch to the white LEDs and the scene fills with bright, balanced color. You can choose one or the other let the camera’s intelligence decide which to use on the fly. The camera’s AI detection is pretty accurate distinguishing people and vehicles from background motion. I didn’t receive any nuisance alerts during my testing, but if you find environmental activity is triggering the camera, dialing back sensitivity or shrinking the detection zone in the app usually solves it. You’ll want to make sure these settings are tuned optimally for your environment because the camera’s active defenses get attention. The siren is loud—97 decibels is enough to startle anyone nearby—and the strobe flashes are hard to miss. They’ll quickly wear on your neighbors’ patience if they misfire frequently. The Annke Vision app gives you access to live video, a timeline of recorded clips, and camera settings. Michael Ansaldo/Foundry Should you buy the Annke FCD800? At $139.99, the FCD800 delivers a lot for the money. It’s a great fit for anyone who wants to cover a wide area like a driveway or yard without juggling multiple cameras. You’ll need a PoE connection, so be sure to factor in that cost if you don’t already have the required hardware (a router or ethernet switch that supports PoE, a PoE injector, or a PoE-capable network video recorder). If you’re OK with that, it’s a solid, no-nonsense upgrade that performs as advertised. This review is part of TechHive’s in-depth coverage of the best home security cameras. Read...

Scrolling through Instagram while watching TV? Now, you can veg out on Instagram reels on your TV, provided you’re an Amazon Fire TV user.  Available now on select Fire TV players and TV sets, Instagram for TV marks the arrival of a native Instagram app on the big screen, just a few months after the ubiquitous social app finally made the leap to iPad.  Instagram for TV is focused on Instagram reels, with the app organizing reels into personalized channels “based on your interests,” including music, sports, travel, trending, and more.  Click on a channel, and the reels with start playing with full sound, allowing you to “lean back and watch without having to scroll for what’s next,” Meta said in a press release.  The new Instagram for TV app supports up to five accounts, and you’ll also have the option of creating a separate Instagram account just for TV viewing.  Aside from searching for Instagram creators, the app (which is still in an “early” testing phase) will let you like specific reels as well as browse for comments and reactions. Other features being considered include using your phone as a remote, shared feeds with friends, and more “intuitive” ways to “channel surf,” according to Meta.  Since Instagram for TV is designed to be viewed on a big screen in a shared environment, the reels played on the app will “generally follow the PG-13 rating system,” while teen accounts will get additional safeguards.  For now, the Instagram for TV app will work only in the U.S. and only on “select” Fire TV devices, including the Fire TV Stick HD, Fire TV Stick 4K Plus, Fire TV Stick 4K Max (1st and 2nd generations), Fire TV 2-Series, Fire TV 4-Series, and Fire TV Omni QLED Series.  The app should land on other devices and in other countries “as we learn from this test,” Meta said.  Instagram isn’t the first social app to make the jump to big screens. Tik Tok already has an app for Android TV, Samsung, and LG TVs.  It’s also possible to mirror Tik Tok—and Instagram, for that matter—on your TV from your Android or iPhone, via either Chromecast or Apple’s AirPlay casting protocol. Read...

The Picochess chess program already has a long and storied history behind it—something you should be aware of if you’re looking to download and use it to play chess with on Raspberry Pi. After years of development, version 1.0 was released in 2019, but only offered minor improvements compared to 0.9N. This was followed by version 2.01 at the beginning of 2020 and 3.0 towards the end of the year. Version 3.3 has been available since May 2024. You can download these newer versions at github.com/tosca07/picochess. However, this is only Picochess. To be able to use the tool, you must first set up the Raspberry Pi OS operating system. The prototype of the upcoming version 4 of Picochess has also been available without Raspberry Pi OS since May 2025. Anyone looking for ready-made images with Raspberry Pi OS and Picochess on the web will almost inevitably end up on github.com/jromang/picochess. However, the last change there was more than six years ago—so it’s not recommended. Not much is happening elsewhere either: for example, the “DGT Pi Chess Computer” with integrated Raspberry Pi comes with the ancient Picochess version 0.9L. On the DGT website there is only a reference to a YouTube video explaining how to update to a more recent version. A poor service. However, if you have to do it yourself, there are better ways. Instead of paying around $400 for the DGT Pi Chess Computer, you can use a Raspberry Pi and a DGT-3000 chess clock for around $100. Or you can build your own chess computer by giving the Raspberry a touchscreen. It’s also possible to play with the Raspberry on a tablet as Picochess has an integrated web server. Enter the IP address that your router has assigned to the Raspberry. If a touchscreen is connected directly to the desktop version, the address is 127.0.0.1. Picochess 3.3 Desktop and Lite As of September 2025, there are two 3.4 versions of Picochess—a desktop and a lite version. The desktop version is, as far as Picochess is concerned, the same, but unlike the Lite version, it has a desktop environment and some extra software. Picochess desktop: Apart from the graphical user interface and a few other programs, there are hardly any differences to the Lite version. The Lite version is therefore ideal for Raspberry Pis without their own display.Foundry The Lite version is ideal for older Raspberry Pis, such as the 3 series models. Both images can be downloaded from the Picochess Google group, each on the current Bookworm version of Raspberry Pi OS. The image of the Lite version is 5.7GB in size (unpacked 10.5GB), that of the desktop version 7.1GB (unpacked 16 GB). You should use at least a 32GB micro SD card for the desktop version, as otherwise no further updates are possible. You should also create a larger swap file on a Raspberry with less main memory. Writing the image to the SD card There are several ways to write the image to the micro SD card. First install the Raspberry Pi Imager (under Ubuntu) with sudo apt install rpi-imager Then open Raspberry Pi Imager. Select the Raspberry model and the entry Use custom as the operating system at the bottom. Then select the previously downloaded and unzipped image file, followed by your SD card and Next. RPI imager: The image is selected here, which is then written to the SD card. At the bottom of the list is the entry “Use custom”. This allows you to select a ready-made image that already contains the chess program.Foundry In the next step, edit the settings. On the “Services” tab, switch off Enable SSH. Under “General”, uncheck Hostname and Set username and password. Then set up the Wi-Fi (“Configure Wifi” with SSID, password and Wi-Fi country) and specify the language settings. Save the settings and then select Yes in the next dialogue window and the one after that. Under Ubuntu, you must then enter the root password to start the write process. You can then start the Raspberry Pi with this image. After booting, the partitions are enlarged to cover the entire SD card. If you have set up WLAN, you will have to wait a little longer due to a compatibility problem. The system will shut down again and you’ll need to unplug the power cord briefly to restart. The Raspberry Pi restarts several times. Finally, the desktop image appears (or a prompt in the Lite version). The user name is “pi” and the password is “picochess”. Marginal: The web server of the desktop version looks a little different from that of version 3.3, but the difference is negligible. Foundry Changes in the “picochess.ini” At the prompt—in the desktop version in a terminal—change to the “/opt/picochess” directory. There, edit the file with nano picochess.ini The content is very well explained and you only have to change a few things. Set the standard playing time below the “Time selection” line. Change the line “board-type = dgt” to board-type = noeboard if you want to play against the engine via the web server. There are also many other options. For example, you can send yourself games by e-mail or have Picochess automatically check for updates. Just have a look at the “picochess.ini” file. Menu navigation: Use the arrow keys as well as ” ” and “-” to navigate quickly or slowly through the Picochess menu. Foundry Other engines The image contains box64 and Wine to be able to use x86 Linux and Windows chess engines. This requires a 4k pagesize kernel on a Raspberry Pi 5. If you don’t have a Pi 5, you can remove the entry “kernel=kernel8.img” with sudo nano /boot/firmware/config.txt (“#kernel=kernel8.img”) and then reboot the computer with sudo reboot There are two folders under “/opt/picochess/engines/ aarch64”: “linux64” and “windows64”. One folder is for x86_64-bit Linux systems, the other for Windows chess engines, which do not run as reliably. The freely available versions of Komodo Dragon, Komodo 14.1, and Stockfish run on both Windows and Linux. You must first download the Komodo engines from the homepage and add them to the appropriate folder. Set the files to executable and adjust the required entries in the “favorites.ini” in the aarch64 folder. There are ini examples in the corresponding directories. Read...

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At a glanceExpert`s Rating Pros Very compact form factor with a fully-fledged i9 platform Many connections including USB4, 2.5 Gbit LAN, and triple 4K support Strong single-core performance also for development and light rendering 32GB RAM and 1TB NVMe SSD ex works, second M.2 slot for upgrades Cheaper than many current AI mini PCs with Core Ultra or Ryzen AI Cons CPU and GPU performance noticeably below the latest HX-370 and Core Ultra systems, especially for 3D and AI Chassis and cooling seem less high-quality and service-friendly than some competitors SSD somewhat slow for PCIe 4.0 level Our Verdict The Acemagic M1 with i9-13900HK is a very fast, surprisingly compact mini PC that brings classic desktop performance and near silent operation. Although it lacks an NPU and some GPU power compared to the latest AI mini PCs, it impresses with a powerful processor, many ports and an attractive price. If you mainly run office, development, and moderate media workloads, you’ll get a lot of computing power in a small form factor. Price When Reviewed This value will show the geolocated pricing text for product undefined Best Pricing Today Best Prices Today: Acemagic M1 Retailer Price $599 View Deal Price comparison from over 24,000 stores worldwide Product Price Price comparison from Backmarket Acemagic M1: The specs Processor: Intel Core i9-13900HK, 14 cores (6 Performance 8 Efficiency), 20 threads, base 2.6/1.9 GHz (P/E), turbo up to 5.4 GHz, 24 MB L3 cache Graphics: Intel Iris Xe Memory: 32 GB DDR4-3200 (2 × 16 GB SO-DIMM from the manufacturer Kinsotin), dual-channel, expandable up to 64 GB Internal storage: 1 TB NVMe SSD Biwin M350 (PCIe 4.0 x4), an additional M.2-2280 slot is available (expandable up to 4 TB) Front connections: 1 × USB4 Type-C (40 Gbit/s, DP 1.4, PD output), 2 × USB 3.2 Gen 2 Type-A, 1 × 3.5 mm audio, power button Rear connections: 4 × USB 3.2 Gen 1 Type-A, 1 × 2.5 Gbit/s RJ45 LAN, 1 × HDMI 2.0, 1 × DisplayPort 1.4, 1 × DC-In Connectivity: 1 × 2.5 Gbit/s LAN (Realtek RTL8125), Wi-Fi 6E (MediaTek MT7922), Bluetooth 5.2 Operating system: Windows 11 Pro (64 bit) Power: external 19 V power supply unit with 6.3 A (approx. 120 watts) Dimensions: 128.2 × 128.2 × 41 mm (W × D × H), 1.18lbs The manufacturer Acemagic is known for providing compact, powerful mini PCs that combine desktop performance and ease of use with an attractive price-performance ratio. On Amazon, Acemagic offers several models in the entry-level to mid-range segment, often with good ratings for price, features, and simple plug-and-play installation. Let’s see if the M1 can prove itself to be a good value in our review. The Acemagic M1 with i9-13900HK is a classic old-school performance mini PC: excellent single-core performance, very decent multi-core performance and a usable iGPU for everyday 3D and media acceleration. Acemagic M1: Design As soon as you open the box, it becomes clear where the journey is heading: as much notebook hardware as possible in as little volume as possible. The mini PC itself, the pleasingly compact 120 watt power supply unit, an HDMI cable, VESA mount with screws and a brief quick start guide are included in the box. In principle, the setup is as simple as with a notebook dock: connect the power, connect it to a display via HDMI/DP or USB-C, plug in the peripherals, and switch it on. With its housing, the Acemagic M1 with Intel Core i9-13900HK is more visually appealing than the often angular barebones from classic PC manufacturers. The flat, square housing measures 128.2 × 128.2 × 41 millimeters and weighs around 1.18lbs. This means that the computer disappears effortlessly under a monitor or on a VESA mount behind the display. The M1 is only slightly larger than the Sapphire Edge AI 370. Christoph Hoffmann The top is simply printed with the Acemagic logo. The rounded edges give the device a much less “gaming box” look in the office than you would expect from an i9 system. The chassis is made of plastic on the outside and a metal core on the inside. Although this structure reduces the weight, it does not make the surface look quite as high-quality as the milled aluminum blocks of a Geekom A9 Max or Minisforum AI X1 Pro. A USB-C port (USB4), two USB-A ports, the combined 3.5 mm jack and the power button are located on the front. The arrangement is well thought out: headphones, a USB stick, or an external SSD can be plugged in quickly without the desk becoming cluttered with cables. Christoph Hoffmann At the rear, the M1 offers the rest of the ports: four additional USB-A sockets, 2.5 Gbit/s Ethernet, HDMI 2.0, DisplayPort 1.4 and the DC input. Large ventilation slots are located on the sides. The computer is clearly designed to be operated horizontally – therefore, anti-tilt rubber feet are only available on the underside. Christoph Hoffmann In practice, the computer remains relatively silent in idle mode, and in normal office operation the operating noise disappears behind any normal ambient volume. Under prolonged full load, the fan revs up and is then audible, but not shrill – more like the typical hissing noise of a compact notebook cooler. Acemagic M1: Features The centrepiece of the system is Intel’s Core i9-13900HK – a mobile high-end chip with 14 cores and 20 threads based on Raptor Lake (Intel 7), which reaches up to 5.4 GHz in Turbo mode. It was launched at the beginning of January 2023 and is therefore no longer the youngest member of the i9 series. Nevertheless, it still ranks in the upper class in practice – more on this later. Christoph Hoffmann In our configuration, it’s flanked by 32GB DDR4-3200 in dual-channel mode and a 1TB NVMe SSD (Biwin M350). Christoph Hoffmann It’s exciting that Acemagic accommodates two M.2 slots despite the compact 128 mm design: both in 2280 format – both support NVMe storage with up to 4 TB capacity. Mentioned in this article Sapphire Edge AI 370 Read our review The combination of 32GB RAM and 1TB SSD is sufficient for typical office and development workloads. Those who maintain large media databases, for example, can simply add a second SSD without an external housing – although access is somewhat more fiddly than with mini PCs with a magnetic lid such as the Sapphire Edge AI 370 due to the housing design. When it comes to connections, the M1 is surprisingly generous: six USB-A ports (two of them with 10 Gbit/s), a USB4 port with up to 40 Gbit/s and DisplayPort Alt mode, plus HDMI 2.0 and DisplayPort 1.4. In total, three 4K monitors can be operated in parallel – a scenario that is quite realistic in practice, for example for creative professionals or in the software development environment. On the network side, Wi-Fi 6E, Bluetooth 5.2, and a 2.5 Gbit/s LAN port are available. This puts the M1 slightly behind the latest AI mini PCs with Wi-Fi 7 and dual 2.5 Gbit LAN, but offers more than enough reserves for typical desktop use. A direct comparison with devices such as the Geekom IT15 or Geekom A9 Max clearly shows the difference in focuses: While these models shine with DDR5 RAM and partially integrated NPU, especially with AI PC features and ample upgradeability, the Acemagic M1 relies on a classic PC concept with a focus on CPU performance and many ports at a comparatively moderate price. For professional AI workloads and maximum future-proofing, enthusiasts are better off opting for the new HX-370 systems with Radeon 890M, while the M1 is easily sufficient for everyday office and creative work. Acemagic M1: Operating system The Acemagic M1 is supplied with Windows 11 Pro, which is automatically activated online after the first start. The basic setup is completed in a few minutes; we then update the system from Windows version 24H2 to 25H2. Christoph Hoffmann Before the benchmarks begin, we install all the latest Intel drivers for the Iris Xe graphics and the chipset (Intel Alder Lake-P) to ensure that the mini PC runs under optimum conditions and that all components can develop their full performance. Christoph Hoffmann Acemagic M1: Performance The Intel i9-13900HK is formally two CPU generations behind the current Core Ultra chips and Ryzen AI SoCs, but this is only noticeable at certain points in everyday use. In the PCMark 10 overall score, the M1 achieves 6,288 points, with 11,097 points in Essentials and 7,966 points in the Productivity category. In Digital Content Creation, the M1 is slightly lower at 7,633 points, but still clearly in an area where office, browser multitasking, light image editing and Full HD video editing run completely unproblematically. For comparison: a Geekom IT15 with Core Ultra 9 285H achieves 8,341 points, the Geekom A9 Max with Ryzen AI 9 HX 370 achieves 7,976 points – the M1 is therefore around 20 to 25 per cent behind, without dropping noticeably in typical office workloads. Christoph Hoffmann The 3DMark CPU profile confirms this impression. With 6,172 points at maximum threads and 1,082 points in the single thread, the i9 in the M1 almost reaches the single-core performance of current HX-370 systems, which are around 1,160 points, but falls well short of their 8,300 to 8,800 points in the multi-core scaling. In practice, this means that interactive applications, compilation times, and scripts continue to benefit from the high peak performance of a single processor core, while long rendering jobs or 4K transcoding simply run faster on the new AI chips – in tests with 30-minute 4K material, a Core Ultra 9 285H sometimes only encodes for half as long as the 13900HK in the M1. Christoph Hoffmann Graphically, the Iris Xe graphics used here is in the midfield of the current iGPU landscape. With 1,467 points in 3DMark Time Spy (1,283 graphics points and 7,960 CPU points) and 863 points or 6.4 FPS in Steel Nomad Light, it’s clear that we are dealing with a machine that maxes out with eSports titles and casual games, not a replacement for an RTX or RX GPU. Measurements on mini PCs with Radeon 890M – such as Minisforum AI X1 Pro or Sapphire Edge AI 370 – show a GPU performance that is around 30 to 40 percent higher with 3,500 to 3,700 time-spy points and over 3,000 points in Steel Nomad Light; Intel’s Arc graphics in the Geekom IT15 even tops this with 4,244 time-spy points. If you’re aiming for current AAA titles with high settings, it’s therefore better to use a system with a Radeon 890M or a mini PC with a dedicated GPU; however, the M1 is sufficient for 1080p eSports in medium presets. The classification of the AI performance is interesting. Geekbench AI Pro certifies the M1 with 2,740 points (Single Precision), 1,085 points (Half Precision) and 5,213 points in the Quantised test. This puts it well below the values of modern AI platforms: Minisforum AI X1 Pro with Ryzen AI 9 HX 370 achieves around 7,007 points in the Quantised score, the Sapphire Edge AI 370 is at 6,616 points, a Geekom IT15 with Core Ultra 9 285H even at 8,005 points. Christoph Hoffmann The reason is simple: The 13900HK does not have a dedicated NPU, all AI workloads run via CPU and GPU. This is still sufficient for occasional image upscaling jobs, transcription or local language models in the low-parameter range, but anyone who works with AI workloads on a daily basis will be more efficient with a current Ryzen AI or Core Ultra system. The SSD performance determined by CrystalDiskMark is solid, but not spectacular, at 3,425 MB/s read and 3,284 MB/s write. These values are roughly on a par with a good PCIe 3.0 SSD and clearly below the 5,000 to 6,000 MB/s that we measured in mini PCs such as the Geekom IT15, A9 Max, or Sapphire Edge AI 370. Christoph Hoffmann Subjectively, this is hardly noticeable: Windows starts up quickly, large applications such as Visual Studio or Lightroom load fast enough, but project folders with thousands of small files still feel a touch more responsive on some of the other competitors mentioned. Is the Acemagic M1 worth it? All in all, the Acemagic M1 with i9-13900HK is a classic old-school performance mini PC: excellent single-core performance, very decent multi-core performance, a usable iGPU for everyday 3D and media acceleration, but no specialized AI hardware and its SSD values are just below the high-end level. It clearly loses out to the latest mini PCs with Ryzen AI 9 HX 370 or Core Ultra 9 285H in synthetic benchmarks, but comes close enough in everyday office and creative work. The extra performance of its competitors should only be relevant for heavy users and professional AI workloads. Otherwise the M1 is a more than capable day-to-day or work mini PC. Read...