This week, on a special AI-powered edition of The TT Show, Jak and Kosta examine the latest happenings in tech, gaming, and science - and AI is everywhere. Apple uses AI to give Siri vision and will integrate AI into many aspects of the upcoming iOS 18 update.

Also, with the PlayStation 5 Pro specs confirmed by multiple sources, AI could play a significant role in delivering the reported 4K 60 FPS gameplay target and boost to ray-tracing performance. In the world of Generative AI and LLMs, companies have pressure to disclose what data is being used (or is that harvested) for training.

And speaking of generative AI, TCL is creating the world's first AI-generated romantic comedy set to debut this summer on the company's TCLtv+ streaming service. How does it look? Well, be sure to tune into this week's episode of The TT Show to watch Jak's reaction in real-time.

Entering the digital future, I have had the chance to explore BioMatrix's cutting-edge blockchain platform. As a technology enthusiast, the idea of the Proof of You (PoY) token caught my attention at first, especially with its pledge to "distribute wealth in a fair and equitable manner."

The selling point of the PoY token is that it is not just a digital asset, but it is an integral part of the company's Universal Basic Income (UBI) distribution strategy, which is designed to connect the user's biological identity to blockchain technology - an important development that could help bridge financial divides around the world.

At its recent launch in Dubai, the BioMatrix platform showcased its potential to redefine the UBI landscape. Like many other secure platforms, BioMatrix is built with user empowerment in mind, and leverages advanced AI and blockchain technology to facilitate its ecosystem growth and expansion. However, the key difference that sets BioMatrix apart from other UBI platforms is using newer cryptography solutions like Zero-Knowledge Proofs (ZKP) to protect user privacy and security.

Many members of the younger generation cringe when they get a hold of a parents phone as they quickly realize that parent doesn't close apps once they are done using it, leading to the assumption they are wasting battery life. But what if I told you that assumption was wrong?

Or at least it is for iPhone users. Users around the world are always looking for more ways to save battery, and one of those strategies is closing every app after use is done or in a large fell swoop every now and again. 9to5MacApple reports iOS chief Craig Federighi answered a question about if closing apps saved battery, to which he said, "no and no". Additionally, Apple's own support pages state that force-quitting an app should only be done if the app stops responding or is freezing.

Why is this the case? iOS is simply that good. Quitting apps seeming like the logical thing to do to save battery life is based on the presumption that more apps running in the background = more battery being drained. This isn't the case for iOS, as Apple's operating system freezes background apps, suspending any resources they demand to run, meaning background apps don't impact battery once they aren't being used (unless they have background processes such as GPS tracking or background music playing).

ASML is considering a rather large expansion of its operations in the Dutch city of Eindhoven, signing a letter of intent to look into an expansion that would house 20,000 new employees in an underdeveloped area north of Eindhoven, near the city's airport.

We've been reporting that the Dutch government is very keen on keeping its largest company in the Netherlands -- ASML, obviously -- from expanding out of the country and instead keeping it home in the Netherlands. The Dutch government kicked off "Operation Beethoven" to do just that.

The Dutch government announced $2.7 billion in planned infrastructure upgrades in the Eindhoven region to prevent ASML from moving some of its operations overseas. ASML CFO Roger Dassen said in a recent statement: "As we have said before, ASML prefers to keep its core activities in the Netherlands as close as possible to the existing locations" in the neighboring town of Veldhoven, where ASML is headquartered.

NVIDIA announced its next-gen GB200 server AI platform at its GTC (GPU Technology Conference) last month. Quanta Computer received its first order for the new GB200 server chips, which will enter mass production in September 2024.

UDN reports that Quanta has confirmed it received its first order of NVIDIA GB200 servers, calling it the "most powerful AI chip on Earth" and that mass production begins in September, and will increase quarter by quarter into 2025. UDN reports that according to industry expectations, Quantua is more optimistic about the momentum of server shipments this year than originally expected.

This is because four of the major cloud service providers (CSPs), Microsoft, Google, Amazon AWS, and Meta, are all ordering NVIDIA GB200-powered AI servers, which Quanta will make.

Samsung has just announced that it has started mass production of its 9th-Gen V-NAND flash memory, which offers a chunky 33% performance improvement over the 8th-Gen V-NAND already on the market.

Samsung's announcement concerns the mass production of its 1-terabit (Tb) triple-level cell (TLC) 9th-Gen vertical NAND (V-NAND), which the South Korean giant says solidifies its leadership in the NAND flash market. Samsung has the industry's smallest cell size and thinnest mold, allowing the company to improve the bit density of the 9th-Gen V-NAND by around 50% compared to 8th-Gen V-NAND.

Innovations in areas like cell interference avoidance and cell life extension have been pumped into the new 9th-Gen V-NAND from Samsung, enhancing product quality and reliability while removing dummy channel holes which significantly reduce the planar area of the memory cells.

Mechrevo has just announced a couple of new gaming laptops today: the new Kuangshi 16 Super and the Yanshi 16 Super Supreme, both launched in China.

The new gaming laptops feature external water-cooling that keeps the flagship Intel Core i9-14900HX processor -- with 24 cores, and 32 threads sat up to 5.8GHz -- nice and cool. Speaking of keeping super-fast laptop chips cool, you can opt for NVIDIA's GeForce RTX 4090 or GeForce RTX 4080 graphics cards inside of Mechrevo's new gaming laptops.

Upon purchase, gamers can choose between an external radiator for water cooling or an integrated dual-fan cooler. The big differences between the Kuangshi 16 Super and the Yanshi 16 Super Supreme gaming laptops are the decision between the GeForce RTX 4090 and RTX 4080 and whether you want external water cooling or not.

SAPPHIRE is well known in the AMD Radeon GPU world for some of the best Radeon series graphics cards over the years, and now the company has unveiled its first AM5 socket motherboard, the new NITRO+ B650I Wi-Fi Ultra Platinum. Check it out:

The company had a NITRO+ B550I series motherboard on the market, which is based on the AMD AM4 socket, while the new NITRO+ B650I Wi-Fi Ultra Platinum motherboard is based on the AM5 socket. The AM5 socket itself has been around for a few years now, but AMD has promised that AM5 still has a few more years of life with next-gen Zen 5-based Ryzen 9000 series CPUs to work on the AM5 socket.

SAPPHIRE's new NITRO+ B650I Wi-Fi Ultra Platinum motherboard has 8+2 phase (70A powerstage) VRM which is controlled by the XDPE 192C3B PWM IC. A heatsink cools the power delivery systemk, while we have 2 x DDR5 DIMM slots that support up to 64GB of DDR5-6000 memory, while power is provided through a single 8-pin connector and regular 24-pin ATX power connector.

TCL has just unveiled its new flagship Q10K series Mini-LED family of TVs, aimed at the mid-range model market, with sizes ranging between 65-inch and a monster 98-inch, all with 4K resolutions and super-smooth 144Hz refresh rate.

We've seen the company unveiling new monster-sized TVs and gaming monitors over the last few months, but with the new Q10K series we have high-end Mini-LED panels that will be a huge upgrade for TV owners if they're moving into 4K 144Hz on a TV (which is awesome) and Mini-LED (which is beautiful).

Inside, TCL's new Q10K series features competitive mini-LED panels with multiple dimming zones depending on the screen size: from 1512 zones to a huge 2592 zones. The TVs feature a 4K 144Hz HVA panel with a maximum brightness of up to 3800 nits. TCL's new Q10K 4K Mini-LED TVs will be launched alongside the flagship Q10K Pro series as a more affordable TV.

A space startup has claimed to have discovered a breakthrough force of nature humans will use to propel objects for the next 1,000 years.

The claims come from Exodus Propulsion Technologies, who's co-founder is Charles Buhler, a former NASA engineer that worked on a selection of legendary NASA programs such as the International Space Station (ISS), the Hubble Space Telescope, and the Space Shuttle. Additionally, he is the lead scientist and co-founder of NASA's Electrostatics and Surface Physics Laboratory at Kennedy Space Center and has a PhD in Condensed Matter Physics from Florida State University.

According to Buhler, who spoke to The Debrief, the startup presented its new findings of a breakthrough force that Buhler believes "will be this force that we will use to propel objects for the next 1,000 years... until the next thing comes." Adding, "There are rules that include conservation of energy, but if done correctly, one can generate forces unlike anything humankind has done before."

HighPoint has just unveiled its new Rocket PCIe Gen5 NVMe Switch and M.2 RAID AIC adapters, which support up to a whopping (and wallet-busting) 32 SSDs... with an insane 960TB of Gen5 SSD capacity per PCIe slot. Yes, 960TB of Gen5 SSDs in your system, in a single slot. Whaaaaat.

We've already seen companies like OWC and Apex Storage offer PCIe Gen4 products that support 16 devices per PCIe slot, but HighPoint is the first to market with a PCIe Gen5 solution. It can house 32 SSDs and up to 960TB of Gen5 SSD storage. That's huge.

The new HighPoint Rocket 7600 and Rocket 1600 series will target different markets. The Rocket 7600 series products are designed for edge servers based on Linux and Windows and high-performance PC systems. Meanwhile, the Rocket 1600 Gen5 adapters have been designed for the enterprise market.

Samsung has just announced that its next-generation HBM4 memory is in development, and will make its first appearance in 2025 with next-gen speeds, capacities, and features.

The South Korean everything giant posted a blog explaining its next-gen HBM4 is in development, with its current HBM3E "Shinebolt" memory as its flagship HBM. HBM3E "Shinebolt" memory has 36GB capacities using 24Gb DRAM and up to 9.8Gbps bandwidth, with the memory technology supporting 12-Hi stacks and 2.5D advanced packaging technology.

HBM4 is Samsung's next step. If the company uses the same 24Gb modules, we should expect to see 16-Hi stacks. This will allow up to 256GB of HBM4 on future-gen AI GPUs with speeds that should hit 10Gbps or more. Samsung is surely cooking up denser DRAM modules, where we should see 24Gb+ that will drive total capacities of HBM4-powered AI GPUs through the roof.