Subject: General Tech | July 16, 2016 - 09:07 PM | Tim Verry
Tagged: nuc, kaby lake, iris, Intel, baby canyon, arches canyon, apollo lake
According to Olivier over at FanlessTech, Intel will be launching two new small form factor NUC PCs later this year. The new NUCs are code named Baby Canyon and Arches Canyon and will be powered by Intel’s Kaby Lake-U and Apollo Lake processors respectively. Baby Canyon will occupy the high end while Arches Canyon is aimed at low power and budget markets.
Left: Intel NUC Roadmap. Middle: Intel Baby Canyon NUC. Right: Intel Arches Canyon NUC.
First up is the “Baby Canyon” NUC which will come in five SKUs. Featuring aluminum enclosures, the Baby Canyon NUCs measure 115 x 111 x 51mm for models with a SATA drive (models without SATA drive support are shorter at 35mm tall). The PCs will be powered by Intel’s Kaby Lake-U processors up to a 28W quad core i7 chip with Iris graphics. There will also be 15W Core i5 and i3 models. Kaby Lake is the 14nm successor to Skylake and features native support for USB 3.1, HDCP 2.2, and HEVC. Further, Kaby Lake chips will reportedly utilize an improved graphics architecture. While Kaby Lake chips in general will be available with TDPs up to 95W, the models used in Baby Canyon NUCs top out at 28W and are the Kaby Lake-U mobile variants.
Baby Canyon NUCs will pair the Kaby Lake-U CPUs with dual channel DDR4 SODIMMs (up to 32GB), a M.2 SSD, and SATA hard drive (on some models). Networking is handled by a soldered down Intel’s Wireless AC + BT 4.2 WiFI NIC and an Intel Gigabit Ethernet NIC.
Connectivity includes two USB 3.0 ports (one charging), a Micro SDXC card slot, 3.5mm audio jack, and an IR port on the front. Rear IO is made up of two more USB 3.0 ports, HDMI 2.0 video output, Gigabit Ethernet port, and a USB 3.1 (Gen1 5Gbps) Type-C port with support for DisplayPort 1.2 (DisplayPort Alt Mode). Finally, users can get access two USB 2.0 ports via an internal header.
Arches Canyon will be the new budget NUC option in 2017 and will be powered by Intel’s Apollo Lake SoC. Arches Canyon is the same 115 x 111 x 51mm size as the higher end Baby Canyon NUC, but the reference Intel chassis will be primarily made of plastic to reduce cost. Moving to the lower end platform, users will lose out on the USB 3.1 Type-C port, M.2 slot, and DDR4 support. Instead, the Arches Canyon NUCs will use dual channel DDR3L (up to 8GB) and come in two models: one with 32GB of built-in eMMC storage and one without. Both models will support adding in a SATA SSD or hard drive though.
External IO includes four USB 3.0 ports (two front, two rear, one charging), two 3.5mm audio jacks (the rear port supports TOSLINK), one Micro SDXC slot, one HDMI 2.0 video output, a VGA video out, and a Gigabit Ethernet port.
Internally, Arches Canyon is powered by Celeron branded Apollo Lake SoCs which are the successor to Braswell and feature Goldmont CPU cores paired with Gen 9 HD Graphics. Intel has not announced the specific chip yet, but the chip used in these budget NUCs will allegedly be a quad core model with a 10W TDP. Apollo Lake in general is said to offer up to 30% more CPU and GPU performance along with 15% better battery life over current Braswell designs. The battery savings are not really relevant in a NUC, but the performance improvements should certainly help!
One interesting contradiction in these Intel slides is that the Baby Canyon slide mentions Thunderbolt 3 (40Gbps) and USB 3.1 Gen 2 (10Gbps) support for the USB Type-C connector but in the connectivity section limits the USB 3.1 Type-C port to Gen 1 (5Gbps) and no mention of Thunderbolt support at all. I guess we will just have to wait and see if TB3 will end up making the cut!
The new NUCs look promising in that they should replace the older models at their current price points (for the most part) while offering better performance which will be especially important on the low end Arches Canyon SKUs! Being NUCs, users will be able to buy them as barebones kits or as systems pre-loaded with Windows 10.
If the chart is accurate, both Baby Canyon and Arches Canyon will be launched towards the end of the year with availability sometime in early to mid 2017. There is no word on exact pricing, naturally.
Are you still interested in Intel’s NUC platform? Stay tuned for more information as it comes in closer to launch!
- Intel officially ends the era of "tick-tock" processor production
- Low Cost Braswell NUC Incoming - Intel NUC NUC5CPYH for $129
- Intel NUC D54250WYK SFF System Review - Haswell Update
Subject: Systems | May 25, 2016 - 06:26 AM | Tim Verry
Tagged: UK, SFF, quiet pc, nuc, iris, Intel Skylake, hd graphics
Quiet PC (a UK-based retailer for PCs and components) recently launched a small form factor fanless PC based on Intel’s Skylake NUC platform. The new PC is aptly named the Ultra NUC Pro 6 and combines an Intel Skylake-based Core i5 processor with a fanless chassis from Aleutia (the R50) that results in a quiet and stylish PC.
The understated case is built from a single block of aluminum using a CNC machine and 5-axis drill. It is primarily black although the center of the case reveals bare copper plates (that direct contact the CPU) used help facilitate cooling the 15W TDP Core i5-6260U CPU. The front panel hosts two USB 3.0 ports, an analog audio port, and IR receiver while the rear I/O includes two more USB 3.0 ports, one Wi-Fi antenna connector, Kensington lock, Gigabit Ethernet (RJ45), AC power, and mini DisplayPort 1.2 and HDMI 1.4b video outputs.
Internally, you are able to configure this particular fanless NUC with either a Core i3 clocked at 2.3 GHz or a Core i5 clocked at 1.8 GHz base and up to 2.9 GHz Turbo Boost. Both 14nm chips have a 15W TDP and are dual cores with HyperThreading (2 core / 4 thread), but they differ in the GPU portion. The Core i3 hosts Intel HD Graphics 520 while the Core i5 has Intel’s Iris Graphics 540. Beyond the processor, users can configure the PC with up to 32GB of dual channel DDR4, a single M.2 form factor SSD (up to a 512GB Samsung SM951 M.2 PCIe NVMe SSD), and a pre-installed Wi-Fi module (Intel Wireless-AC 8260).
This new NUC measures 160 x 37 x 110mm and comes with a 2 year warranty. Quiet PC currently offers the base model at £575.83 (~$841.33) sans OS. The model with Core i5 processor, 8GB RAM, 128GB SSD, and Windows 10 Pro is £776.76 which translates to about $1135.23.
That is the major drawback of this nearly half liter PC: the price. Despite it’s neat industrial design, this PC is essentially priced out of the home market perhaps save for certain fanless enthusiasts like our friends at FanlessTech (hehe). Industrial customers that need a decently powerful PC without moving parts and an internal case that can gather dust, metals, wood, and whatever other factory and workshop conditions it might be subjected to would be interested in this however. Quiet PC further indicates that this fanless PC is aimed at marine and healthcare customers. Aleutia claims that at ambient temperatures of 21°C (69.8°F) the PC maxed out at 51°C (123.8°F) under 100% CPU load and the PC can be used in environments with ambient temperatures up to 50°C (122°F).
Do you think our friends on the other side of the pond have a nice quiet PC option or is the price of silence too much?
Also watch: Intel NUC5i5RYK SFF System Review - Broadwell NUC
Subject: Mobile | October 6, 2015 - 05:40 PM | Ryan Shrout
Tagged: video, surface pro 4, surface, Skylake, microsoft, iris, Intel, edram
Microsoft has finally revealed the next product in the Surface Pro tablet lineup, skipping the Broadwell processor generation and jumping straight to the latest Intel Skylake processors. The design is very similar to previous Surface Pro tablets but the upgrades and changes made for the Surface Pro 4 are impressive.
The kickstand design that has made the Surface recognizable remains the same but there is a solid collection of new features including a fingerprint reader and Microsoft Hello support for security and login. The new Pro 4 model is only 8.4mm thick (coming in just about 1mm thinner than the Pro 3) and is also lighter at 1.73 lbs.
The screen size is 12.3-inches with a 2736 x 1824 3:2 resolution for a pixel density of 267 PPI. It has a 10-point touch interface with drastically improved latency, palm detection and pressure sensitivity for the included Surface Pen. Even better, that improved Surface Pen will have a full year of battery life along with magnetic attachment to the tablet rather than relying on a elastic loop!
The Surface keyboard sees improvements as well including better spacing on the keys, quieter and more reliable typing and it also becomes the thinnest type cover MS has yet to build for the Surface line. A 5-point touch glass trackpad is now part of the deal, 40% larger than the one found on the Pro 3 - a welcome modification for anyone that has used the type cover in the past.
In terms of computing horsepower, the Surface Pro 4 will be available with a Core m3, Core i5 or even a Core i7 processor. It will ship with 4GB, 8GB or 16GB of system memory and internal storage capacities as high as 1TB. Microsoft hasn't posted any more details about the clock speeds of these CPUs but if you look at the awesome hype video MS made for the Pro 4 launch, you'll notice an interesting thing in the exploded view: an Intel processor with three dies on a single package.
What you are seeing is the Skylake CPU, chipset and an eDRAM package. This tells us that at least one of the available options for the Surface Pro 4 will ship with Iris graphics and 64MB or 128MB of L4 cache / eDRAM - a first for this form factor! This should help improve performance for graphics as well as other specific CPU compute workloads.
Other highlights for the Surface Pro 4 include front facing stereo speakers, 8MP rear-facing camera and a fancy-ass Windows 10 logo.
Pricing will START at $899 but will spike to as high as $2699 if you max out the processor and storage options.
We are working on getting a unit in for testing as the devices are going up for presale today and should arrive by October 26th.
Some familiar scenery
If you thought that Intel was going to slow down on its iteration in the SFF (small form factor) system design, you were sadly mistaken. It was February when Intel first sent us a NUC based on Broadwell, an iterative upgrade over a couple of generations for this very small platform, 4" x 4", that showed proved to be interesting from a technology stand point but didn't shift expectations of the puck-sized PC business.
Today we are looking at yet another NUC, also using a Broadwell processor, though this time the CPU is running quite a bit faster, with Intel Iris 6100 graphics and a noticeably higher TDP. The Core i7-5557U is still a dual-core / HyperThreaded processor but it increases base and Turbo clocks by wide margins, offering as much as 35% better CPU performance and mainstream gaming performance boosts in the same range. This doesn't mean the NUC 5i7RYH will overtake your custom built desktop but it does make it a lot more palatable for everyday PC users.
Oh, and we have an NVMe PCI Express SSD inside this beast as well. (Waaaaaa??)
Subject: General Tech, Processors, Shows and Expos | January 5, 2015 - 03:00 PM | Scott Michaud
Tagged: iris graphics 6100, iris, Intel, hd graphics 6000, hd graphics 5500, ces 2015, CES, broadwell-u, Broadwell
When Intel launched Broadwell-Y in November, branded Core M by that point, they had a 4.5W processor that was just a little slower than a 15W Haswell Ultrabook CPU. This is quite a bit of power efficiency, although these numbers are maximum draw and might not be exactly proportional to average power under load.
At CES, Intel has launched Broadwell-U, which takes this efficiency and scales it up to 15W and 28W SKUs. The idea is that the extra thermal headroom will scale up for extra CPU and GPU performance. These are all BGA-attached components, which means that these processors need to be physically soldered to the motherboards -- they are destined for OEMs.
As an example of Broadwell-U's increased performance, the Core M 5Y70 has a base frequency of 1.1 GHz that can boost to 2.6 GHz; the top-end Broadwell-U has a base clock of 3.1 GHz and boosts to 3.4 GHz. From Core i3 up to Core i7, regardless of TDP, each of these processors are dual-core with HyperThreading (4 threads total). There is also a single Pentium and two Celeron SKUs, which are dual-core without HyperThreading (2 threads total).
Its GPU receives a large boost as well, particularly with the 28W SKUs receiving Iris Graphics 6100, although Iris Pro Graphics (6200 and 6300) do not yet make an appearance. If we had access to the number of execution units and we assumed the same instruction-per-clock count as Iris Graphics 5100, we would be able to calculate a theoretical FLOP figure, but that is information that we do not have. It would make sense if it were 48 execution units, twice Core M and consistent with the official die shot that Intel doesn't actually identify by product number. This would give it about 845 GFLOPs of performance, or about an OEM NVIDIA GeForce GTX 460 (the retail GTX 460 cards were about 4% faster than the OEM ones).
It is also within 2% of Haswell's Iris 5100 theoretical GFLOPs, albeit with a 15% drop in clock rate.
From a features standpoint, the GPU is a definite step-up. It has “Enhanced” hardware support for VP8, VP9, and h.265 (HEVC) video and 4K UltraHD output, wired or by Intel WiDi. Broadwell's iGPU was designed with DirectX 12 in mind and supports OpenCL 2.0 -- leaving NVIDIA behind in that regard, since AMD added that API in last month's Omega driver.
Intel is slightly behind in OpenGL support however, claiming 4.3 compatibility while AMD is at 4.4 and NVIDIA is at 4.5. This could mean that these GPUs do not (unless a future driver changes this) support “Efficient Multiple Object Binding”, “Sparse Texture Extension”, or “Direct State Access”. Then again, they could support these features as extensions or something, because it is OpenGL and extensions are its thing, but you know -- they're obviously missing some part of the spec, somewhere.
This leaves Broadwell-H and Broadwell-K, high performance BGA and socketed LGA respectively, to launch later in the year. These products will have significantly higher TDPs and stronger performance, at the expense of battery life (a non-issue for the desktop-bound -K parts) and heat.
Follow all of our coverage of the show at http://pcper.com/ces!
Subject: Graphics Cards, Processors | September 30, 2014 - 07:33 AM | Scott Michaud
Tagged: iris, Intel, core m, broadwell-y, broadwell-u, Broadwell
Intel's upcoming 14nm product line, Broadwell, is expected to have six categories of increasing performance. Broadwell-Y, later branded Core M, is part of the soldered BGA family at expected TDPs of 3.5 to 4.5W. Above this is Broadwell-U, which are also BGA packages, and thus require soldering by the system builder. VR-Zone China has a list of seemingly every 15W SKU in that category. 28W TDP "U" products are expected to be available in the following quarter, but are not listed.
Image Credit: VR-Zone
As for those 15W parts though, there are seventeen (17!) of them, ranging from Celeron to Core i7. While each product is dual-core, the ones that are Core i3 and up have Hyper-Threading, increasing the parallelism to four tasks simultaneously. In terms of cache, Celerons and Pentiums will have 2MB, Core i7s will have 4MB, and everything in between will have 3MB. Otherwise, the products vary on the clock frequency they were binned (bin-sorted) at, and the integrated graphics that they contain.
Image Credit: VR-Zone
These integrated iGPUs range from "Intel HD Graphics" on the Celerons and Pentiums, to "Intel Iris Graphics 6100" on one Core i7, two Core i5s, and one Core i3. The rest pretty much alternate between Intel HD Graphics 5500 and Intel HD Graphics 6000. Maximum frequency of any given iGPU can vary within the same product, but only by about 100 MHz at the most. The exact spread is below.
- Intel HD Graphics: 300 MHz base clock, 800 MHz at load.
- Intel HD Graphics 5500: 300 MHz base clock, 850-950 MHz at load (depending on SKU).
- Intel HD Graphics 6000: 300 MHz base clock, 1000 MHz at load.
- Intel Iris Graphics 6100: 300 MHz base clock, 1000-1100 MHz at load (depending on SKU).
Unfortunately, without the number of shader units to go along with the core clock, we cannot derive a FLOP value yet. This is a very important metric for increasing resolution and shader complexity, and it would provide a relatively fair metric to compare the new parts against previous offerings for higher resolutions and quality settings, especialy in DirectX 12 I would assume.
Image Credit: VR-Zone
Probably the most interesting part to me is that "Intel HD Graphics" without a number meant GT1 with Haswell. Starting with Broadwell, it has been upgraded to GT2 (apparently). As we can see from even the 4.5W Core M processors, Intel is taking graphics seriously. It is unclear whether their intention is to respect gaming's influence on device purchases, or if they are believing that generalized GPU compute will be "a thing" very soon.
Subject: General Tech, Graphics Cards, Processors | September 6, 2014 - 09:25 PM | Scott Michaud
Tagged: iris pro, iris, intel hd graphics, Intel
I was originally intending to test this with benchmarks but, after a little while, I realized that Ivy Bridge was not supported. This graphics driver starts and ends with Haswell. While I cannot verify their claims, Intel advertises up to 30% more performance in some OpenCL tasks and a 10% increase in games like Batman: Arkham City and Sleeping Dogs. They even claim double performance out of League of Legends at 1366x768.
Intel is giving gamers a "free lunch".
The driver also tunes Conservative Morphological Anti-Aliasing (CMAA). They claim it looks better than MLAA and FXAA, "without performance impact" (their whitepaper from March showed a ~1-to-1.5 millisecond cost on Intel HD 5000). Intel recommends disabling it after exiting games to prevent it from blurring other applications, and they automatically disable it in Windows, Internet Explorer, Chrome, Firefox, and Windows 8.1 Photo.
Adaptive Rendering Control was also added in this driver. This limits redrawing identical frames by comparing the ones it does draw with previously drawn ones, and adjusts the frame rate accordingly. This is most useful for games like Angry Birds, Minesweeper, and Bejeweled LIVE. It is disabled when not on battery power, or when the driver is set to "Maximum Performance".
Subject: General Tech, Graphics Cards, Mobile | May 22, 2014 - 08:58 PM | Scott Michaud
Tagged: tegra k1, nvidia, iris pro, iris, Intel, hd 4000
The Chinese tech site, Evolife, acquired a few benchmarks for the Tegra K1. We do not know exactly where they got the system from, but we know that it has 4GB of RAM and 12 GB of storage. Of course, this is the version with four ARM Cortex-A15 cores (not the upcoming, 64-bit version based on Project Denver). On 3DMark Ice Storm Unlimited, it was capable of 25737 points, full system.
Image Credit: Evolife.cn
You might remember that our tests with an Intel Core i5-3317U (Ivy Bridge), back in September, achieved a score of 25630 on 3DMark Ice Storm. Of course, that was using the built-in Intel HD 4000 graphics, not a discrete solution, but it still kept up for gaming. This makes sense, though. Intel HD 4000 (GT2) graphics has a theoretical performance of 332.8 GFLOPs, while the Tegra K1 is rated at 364.8 GFLOPs. Earlier, we said that its theoretical performance is roughly on par with the GeForce 9600 GT, although the Tegra K1 supports newer APIs.
Of course, Intel has released better solutions with Haswell. Benchmarks show that Iris Pro is able to play Battlefield 4 on High settings, at 720p, with about 30FPS. The HD 4000 only gets about 12 FPS with the same configuration (and ~30 FPS on Low). This is not to compare Intel to NVIDIA's mobile part, but rather compare Tegra K1 to modern, mainstream laptops and desktops. It is getting fairly close, especially with the first wave of K1 tablets entering at the mid-$200 USD MSRP in China.
As a final note...
There was a time where Tim Sweeney, CEO of Epic Games, said that the difference between high-end and low-end PCs "is something like 100x". Scaling a single game between the two performance tiers would be next-to impossible. He noted that ten years earlier, that factor was more "10x".
Now, an original GeForce Titan is about 12x faster than the Tegra K1 and they support the same feature set. In other words, it is easier to develop a game for the PC and high-end tablet than it was to develop an PC game for high-end and low-end machines, back in 2008. PC Gaming is, once again, getting healthier.
Subject: General Tech, Graphics Cards | December 31, 2013 - 10:46 PM | Scott Michaud
Tagged: linux, iris pro, iris, Intel, haswell
'Tis the season to be sharing and giving (unless you are Disney).
According to Phoronix, Intel has shipped (heh heh heh, "boatload") over 5,000 pages of documentation and technical specs for their Haswell iGPUs including the HD, Iris, and Iris Pro product lines. The intricacies of the 3D engine, GPGPU computation, and video acceleration are laid bare for the open source community. Video acceleration is something that is oft omit from the manuals of other companies.
Phoronix believes that Intel is, and has been, the best GPU vendor for open-source drivers. AMD obviously supports their open-source community but Intel edges them out on speed. The Radeon HD 7000 series is just beginning to mature, according to their metric, and Hawaii is far behind that. For NVIDIA, the Nouveau driver is still developed primarily by reverse-engineering. That said, documentation was released a few months ago.
Of course all of these comparisons are only considering the open-source drivers.
NVIDIA prides itself on their proprietary driver offering and AMD pretty much offers both up for the user to chose between. Phoronix claims that Intel employs over two-dozen open-source Linux graphics developers but, of course, that is their only graphics driver for Linux. That is not a bad thing, of course, because a launch open-source GPU driver is really identical to what they would launch for a proprietary driver just without slapping the wrists of anyone who tries to tweak it. It does make sense for Intel, however, because community support will certainly do nothing but help their adoption.
If you would like to check out the documentation, it is available at Intel's 01.org.
Subject: General Tech | October 22, 2013 - 07:53 PM | Ken Addison
Tagged: xeon e5, macbook pro retina, macbook pro, Mac Pro, iris pro, iris, haswell, gt3e, firepro d500, firepro d300, crystalwell, apple
During their annual event today at the Yerba Buena Center for the Arts in San Francisco, Apple announced updates to their Mac lineups. After updating the MacBook Air with Haswell processors and teasing the new Mac Pro in June during WWDC, the rest of their offerings have seemed a little outdated.
Today, Apple started with a recap of the upgrades they have included in the next OS X release, Mavericks. Things like improved multi monitor support, and even more technical features like OpenCL support for integrated graphics and RAM compression were all talked about.
Perhaps the biggest news about OS X Mavericks is that it will be a free release to all users on 10.6 (Snow Leopard), 10.7 (Lion), or 10.8 (Mountain Lion), as long as their hardware is compatible. Mavericks is available today through the Mac App store.