96324837
submission
MojoKid writes:
You have probably at some point been contacted via email spam by someone claiming you are the beneficiary in a will of a Nigerian prince. As the scam goes, all you have to do is submit your personal information and Western Union some funds to process the necessary paperwork, and in return you will receive millions of dollars. One of the people behind the popular scam, Michael Neu, has been arrested by police in Slidell, Louisiana. This may come as a shocker, but Neu is not a prince, nor is he Nigerian. He is a 67-year-old male possibly of German descent (based on his last name) who is facing 269 counts of wire fraud and money laundering for his alleged role as a middle man in the scheme. According to Slidell police, some of the money obtained by Neu was wired to co-conspirators who do actually live in Nigera.
95757207
submission
MojoKid writes:
Qualcomm provided a deep-dive view today of its Snapdragon 845 mobile processor platform that it recently announced, highlighting key advancements in what the company is referring to as a completely new silicon design. The new chip now employs a Kyro 385 CPU with four high performance cores at 2.8GHz (25 percent faster than the previous gen Snapdraong 835) and four "efficiency" cores operating at 1.7GHz. The new chip also includes the new Spectra 280 image signal processor (ISP). Compared to its predecessor, the ISP in the Snapdragon 845 promises a 64x uplift in the ability to capture high dynamic range (HDR) color information for 4K HDR video capture and playback. The chip's new Adreno 630 GPU promises a 30 percent boost in gaming performance compared to its predecessor, along with room-scale VR/AR experiences that support 6 degrees of freedom along with simultaneous localization and mapping, or SLAM. Finally, the new SoC platform incorporates Qualcomm's second-generation gigabit LTE modem: the Snapdragon X20. This Cat 18 modem supports peak download speeds of 1.2Gbps along with 5x carrier aggregation, 4x4 MIMO, and Dual SIM-Dual VoLTE. Qualcomm says that the first Snapdragon 845 processors will begin shipping in production devices in early 2018.
95294517
submission
MojoKid writes:
NVIDIA just launched a new, fastest graphics card yet and this GPU is targeted at Star Wars fans. In concert with EA's official launch today of Star Wars Battlefront II, NVIDIA unveiled the new Star Wars Titan Xp Collector's Edition graphics card for enthusiast gamers. There are two versions of the cards available, the Galactic Empire version and a Jedi Order version. Both of the cards feature customized coolers, shrouds, and lighting, designed to mimic the look of a lightsaber. They also ship in specialized packaging that can be used to showcase the cards if they're not installed in a system. The GPU powering the TITAN Xp Collector's Edition has a base clock of 1,481MHz and a boost clock of 1,582MHz. It's packing a fully-enabled NVIDIA GP102 GPU with 3,840 cores and 12GB of GDDR5X memory clocked at 5.5GHz for an effective data rate of 11Gbps, resulting in 547.2GB/s of peak memory bandwidth. At those clocks, the card also offers a peak texture fillrate of 379.75 GigaTexels/s and 12.1TFLOPs of FP32 compute performance, which is significantly higher than a GeForce GTX 1080 Ti. In the benchmarks it's the fastest GPU out there right now (it better be for $1200), but this card is more about nostalgia and the design customizations NVIDIA made to the cards that should appeal to gamers and Star Wars fans alike.
94854155
submission
MojoKid writes:
NVIDIA released a paper recently detailing a new machine learning methodology for generating unique and realistic looking faces using a generative adversarial network, or GAN for short. The result is the ability to artificially render photorealistic human faces of "unprecedented quality." NVIDIA achieves this is by using an algorithm that pairs two neural networks—a generator and a discriminator—that compete against each other. The generator starts from a low resolution image and builds upon it, while the discriminator assesses the results, sort of like a constant critic, pointing out where things have gone wrong. The GAN is not a new technology, but where NVIDIA differentiates is through the progressive training method it developed. NVIDIA took a database of photographs of famous people and used that to train its system. By working together, the neural networks were able to produce fake images that are nearly indistinguishable from real human photographs, and a little creepy too.
94752709
submission
MojoKid writes:
AMD is officially launching a processor family today known by the code name Raven Ridge, but now referred to as Ryzen Mobile. The architecture combines AMD's new Zen CPU core architecture, along with its RX Vega GPU integrated into a single chip for laptops. There are two initial chips in the mobile processor family that AMD is announcing today: the Ryzen 5 2500U and the Ryzen 7 2700U. Both processors feature four cores capable of executing 8 threads with SMT. However, there are differences with respect to processor clocks and GPU specs. AMD's Ryzen 5 2500U has a base clock of 2GHz and a boost clock of 3.6GHz, while Ryzen 7 2700U cranks up another 200MHz on both of those figures. Ryzen 5 2500U features 8 Radeon Vega graphics CUs (Compute Units) and a GPU clock of 1.1GHz, compared to 10 Radeon Vega CUs and a GPU clock of 1.3GHz for the higher-end Ryzen 7 2700U. AMD is making rather ambitious claims for the new processors, and promises some impressive gains over its 7th generation Bristol Ridge predecessors. According to AMD, CPU and GPU performance will see 200 percent and 128 percent uplifts, respectively. AMD is also showcasing benchmark numbers that have the new CPUs outgunning Intel's new quad-core Kaby Lake R chips in spots, along with significant performance advantages in gaming and graphics, on par with discrete, entry-level laptop GPUs like NVIDIA's GeForce 950M. Thin and light laptops from HP, Lenovo and Acer powered by Ryzen Mobile are expected to ship in Q4 this year.
94048881
submission
MojoKid writes:
Intel has officially launched its Skylake-X processor offering in response to AMD's Ryzen Threadripper series of desktop CPUs. The new Core i9-7980XE and Core i9-7960X are 18 and 16-core configurations respectively, with 2.6GHz and 2.8GHz base clocks and 4.4GHz max boost clocks. Both chips support Intel HyperThreading, with 36 threads of processing for the 7980XE and 32 for the 7960X, while both also have 44 lanes of PCI Express connectivity and support for DDR4-2666MHz memory. Both chips also utilize Intel's X299 chipset platform and are LGA 2066 socket compatible. The Core i9-7980XE has 24.75MB of shared L3 cache, 1MB of L2 cache per core, and a TDP of 165W. The Core i9-7960X's details are essentially same, though two processor cores and the cache associated with them have been lopped off. The Core i9-7960X has a couple of advantages, however, in that its base clock is 200MHz higher than the flagship Core i9-7980XE and it has higher all-core frequency boost to 3.6GHz, while the 7908XE tops out at 3.4GHz on all cores. The new chips are multi-threaded beasts in the benchmarks, posting the highest scores seen to date in heavily threaded workloads. They also offer strong single-threaded performance that outpaces AMD's Ryzen processors. Power consumption is surprisingly good as well and only marginally higher than the 10-core Core i9-7900X. However, at $1999 for the Core i9-7980XE and $1699 for the Core i9-7960X, as usual with Intel high-end chips, they're certainly not cheap.
92638659
submission
MojoKid writes:
Apple has been ordered to feed a recognized patent troll hundreds of millions of dollars for infringing on a patent that has to do with technology built into its A-series mobile processors. Initially Apple was on the hook for $234 million, owed to the University of Wisconsin-Madison Alumni Research Foundation (WARF) after it won a patent dispute against the Cupertino tech giant. However, a judge this week more than doubled the fine by tacking on an additional $272 million. U.S District Judge William Conley in Madison ruled that Apple owed additional damages plus interest because it continued to infringe on the patent all the way up until it expired in 2016. WARF is reportedly a non-practicing entity that exists only currently by defending its patents in litigation. The lawsuit filed in 2014 involves U.S. Patent No. 5,871,752, which describes the use of a predictor circuit that can help processors run more efficiently. WARF claimed the technology was used in Apple's A7, A8, and A8X processors that power the iPhone 5s, iPhone 6, iPhone 6 Plus, and various iterations of the iPad. Apple is not commenting on the matter, though it's being reported that Apple plans to fight and appeal the ruling.
92014129
submission
MojoKid writes:
A new flaw has been discovered that impacts Intel 6th and 7th Generation Skylake and Kaby Lake-based processors that support HyperThreading. The issue affects all OS types and is detailed by Intel errata documentation and points out that under complex micro-architectural conditions, short loops of less than 64 instructions that use AH, BH, CH or DH registers, as well as their corresponding wider register (e.g. RAX, EAX or AX for AH), may cause unpredictable system behavior, including crashes and potential data loss. The OCaml toolchain community first began investigating processors with these malfunctions back in January and found reports stemming back to at least the first half of 2016. The OCaml team was able pinpoint the issue to Skylake's HyperThreading implementation and notified Intel. While Intel reportedly did not respond directly, it has issued some microcode fixes since then. That's not the end of the story, however, as the microcode fixes need to be implemented into BIOS/UEFI updates as well and it is not clear at this time if all major vendors have included these changes in their latest revisions.
91130233
submission
MojoKid writes:
Today at its financial analyst day, AMD lifted the veil on a number of new products based on the company's Zen CPU architecture and next generation Vega GPU architecture. AMD CEO Lisa Su lifted a very large server chip in the air that the company now has branded EPYC. AMD is going for the jugular when it comes to comparisons with Intel's Xeon family, providing up to 128 PCI Express 3.0 lanes, which Su says "allows you to connect more GPUs directly to the CPU than any other solution in the industry." EPYC currently scales to 32 cores/64 threads per socket and supports up to 8-channel DDR4 memory (16 DIMMs per CPU, up to 4TB total memory support). AMD also confirmed the previously rumored ThreadRipper CPU, a 16-core/32-thread beast of a chip for the enthusiast desktop PC space. AMD's Raja Koduri, Senior Vice President and Chief Architect for Radeon Technologies Group, also unveiled Radeon Vega Frontier Edition, a workstation and pro graphics card targeted at VR content creation, visualization and machine learning. Radeon Vega Frontier Edition offers 13 TFLOPS of FP32 throughput, 25 TFLOPS of FP16 performance and is powered by 64 computer units and 16GB of HMB2 memory for about 480GB/sec of memory bandwidth. The cards are expected to ship in June but there was no word just yet on when consumer versions of Vega will hit. Finally, AMD also shared info on Ryzen Mobile, which will incorporate both the Zen CPU architecture and an integrated Vega GPU core. Compared to AMD's 7th generation APUs, AMD claims Ryzen Mobile will up CPU performance by 50 percent while offering 40 percent better graphics performance. AMD also claimed those gains will not come at the expense of battery life, with a 50 percent reduction in power consumption, which reportedly will pave the way for faster, longer lasting premium notebooks and 2-in-1 devices.
90863849
submission
MojoKid writes:
Intel unveiled information regarding a new Xeon processor family today, some of which will be based on the company's Skylake-SP architecture. Intel will have four levels of Xeon processors that scale with respect to feature support and core counts. Intel is calling it the Xeon Scalable Family and with Bronze, Silver, Gold and Platinum processors. Today, Xeon model names follow a fairly easy-to-understand format. Take for example the Xeon E5-4640 v4. "E5" in this case means that it is in the middle of Intel's current stack in terms of features and capabilities, where the "4" signifies use in a 4-socket system. Finally, the "v4" represents the architecture. With this change, a model like the one above would become Intel Xeon Gold 4640, as an example. Regardless, the chips will include support for AVX-512 instructions, QuickAssist and Volume Management Device (VMD) technologies that will take advantage of NVMe solid-state drives. The platform will also support complementary processing engines and IO technologies like Intel FPGAs, Xeon Phi accelerators and Silicon Photonics connectivity. Intel notes the processors will be arriving to market this summer.
89924043
submission
MojoKid writes:
Intel unveiled its first SSD product that will leverage 3D Xpoint memory technology, the new Optane SSD DC P4800X. The Intel SSD DC P4800X resembles some of Intel's previous enterprise storage products, but this product is all new, from its controller to its 3D Xpoint storage media that was co-developed with Micron. The drive's sequential throughput isn't impressive versus other high-end, enterprise NVMe storage products, but the Intel Optane SSD DX P4800X shines at very low queue depths with high random 4kB IO throughput, where NAND flash-based storage products tend to falter. The drive's endurance is also exceptionally high, rated for 30 drive writes per day or 12.3 Petabytes Written. Intel provided some performance data comparing its SSD SC P3700 NAND drive to the Optane SSD DC P4800X in a few different scenarios. This test shows read IO latency with the drive under load and not only is the P4800X's read IO latency significantly lower, but it is very consistent regardless of load. With a 70/30 mixed read write workload, the Optane SSD DC P4800X also offers between 5 and 8x better performance versus standard NVMe drives. The 375GB Intel Optane SSD DC P4800X add-in-card will be priced at $1520, which is roughly three times the cost per gigabyte of Intel's high-end SSD DC P3700. In the short term, expect Intel Optane solid state drives to command a premium. As availability ramps, however, prices will likely come down.
89661045
submission
MojoKid writes:
AMD lifted the veil this morning on architecture detail and performance expectations of its next generation Zen-based server platform, codenamed Naples. Naples is an up to 32-core / 64-thread variant of Zen, targeted at enterprise and data center applications. The processors will feature eight-channel DDR4 memory controllers (with up to 16 DIMMs attached per CPU), with support for up to 4TB of memory, and 128 lanes of on-chip PCI Express connectivity. In a 2P (dual processors / dual socket) configuration, Naples offers up to 64 physical scores (128 threads), access to 32 DIMM slots and an aggregate 16 memory channels. Versus a 2P Intel Xeon E5-2699A V4 based server, the 2P Naples setup ends up with double the memory channels, a higher total memory capacity, more cores (20 more physical cores, 40 more threads), and 48 more available PCI Express lanes. AMD's performance comparisons at its tech day event pit a 2P Naples server, with 512GB of DDR4 RAM, up against a 2P Intel Xeon E4-2699A V4 configuration with 384GB of RAM. The Naples system had a higher memory capacity and that memory was clocked much higher too – 2400MHz vs. 1866MHz. The Naples system has more cores, and with SMT on, can ultimately process more threads as a result. The AMD Naples system also has double the memory channels, further improving peak memory bandwidth. In its demos, AMD used a seismic analysis workload, which involved multiple iterations of 3D wave equations. According to AMD, the test taxes the entire system, including CPU cores, memory and I/O. In this demo, the AMD server system completed equations roughly 2.5x faster than the dual-socket Intel Xeon server. Expected price points weren't given, but Naples processors and servers should be available in Q2 this year.
89522961
submission
MojoKid writes:
NVIDIA just lifted the veil on its latest monster graphics card for gamers — the long-rumored GeForce GTX 1080 Ti — at an event this evening in San Francisco during the Game Developers Conference (GDC). The card will sit at the top of NVIDIA's GeForce offering with the Titan X and GeForce GTX 1080 in NVIDIA's Pascal-powered product stack, promising significant performance gains over the GTX 1080 and faster than Titan X performance, for a much lower price of $699. The 12 billion transistor NVIDIA GP102 on the card has 3,584 CUDA cores, which is actually the same as NVIDIA's Titan X. However, the GeForce GTX 1080 Ti will have fewer ROP units at 88, versus 96 in the Titan X. The 1080 Ti will also, however, come equipped with 11GB of premium GDDR5X memory from Micron clocked at 11,000 MHz for an effective 11Gbps data rate. Peak compute throughput of the GeForce GTX 1080 Ti is slightly higher than the Titan X due to the Ti's higher Boost clock. Memory bandwidth over its narrower 352-bit GDDR5 memory interface is 484GB/s, which is also slightly higher than a Titan X as well. NVIDIA also noted that peak overclocks on the core should hit 2GHz or higher with minimal coaxing. As a result, the GeForce GTX 1080 Ti will be faster than the Titan X out of the box, faster still when overclocked.
88193633
submission
MojoKid writes:
If you've had any doubts of Intel's upcoming Kaby Lake processor's capabilities with respect to overclocking, don't fret. It's looking like even the most dedicated overclockers are going to have a blast with this series. Someone recently got a hold of an Intel Core i7-7700K chip and decided to take it for an overclocking spin. Interestingly, the motherboard used is not one of the upcoming series designed for Kaby Lake, but the chip was instead overclocked on a Z170 motherboard from ASRock (Z170M OC Formula). That bodes well for those planning to snag a Kaby Lake CPU that would rather not have to upgrade their motherboard as well. With liquid nitrogen cooling the processor, this particular chip peaked at just over 7GHz, which helped deliver a SuperPi 32M time of 4m 20s, and a wPrime 1024M time of 1m 33s. It's encouraging to see the chip breaking this clock speed, even with extreme methods, since it's a potential relative indicator of how much headroom will be available for overclocking with more standard cooling solutions.
87891351
submission
MojoKid writes:
AMD has just officially unveiled that desktop variants of its Zen processor family will now be branded RYZEN. Zen-based processors will eventually target desktops, servers, and mobiles device, but the first wave of products will be targeted at the performance desktop market, where gamers and VR continue to spur growth. AMD is positioning RYZEN as a high-performance option and though there will be other core configurations as well, AMD has disclosed that one of the high-end options in the initial RYZEN line-up will feature 8 cores (16 threads with SMT) and at minimum a 3.4 GHz base clock, with higher turbo frequencies. That processor will also be outfitted with 20MB of cache – 4MB of L2 and 16MB of L3 – and it will be infused with what AMD is calling SenseMI technology. SenseMI is essentially fancy branding for the updated branch predictor, prefetcher, and power and control logic in Zen. AMD's upcoming AM4 platform for RYZEN will be outfitted with all of the features expected of a modern PC enthusiast platform. AM4 motherboards will use DDR4 memory and feature PCIe Gen 3 connectivity, and support for USB 3.1 Gen 2, NVMe, and SATA Express. Performance demos of RYZEN shown to members of the press pit a stock Intel Core i7-6900K (3.2GHz base, 3.7GHz turbo) with Turbo Boost was enabled on the 6900K, versus RYZEN with boost disabled running at 3.4GHz flat. In the demo, the RYZEN system outpaced the Core i7-6900K by a few seconds.
