Gigabyte releases a range of 4.5″ to 5″ from qHD to Full HD, using MediaTek MT6589 to MT6589 Turbo to Qualcomm Snapdragon 400, providing a mid-range of smartphones with quality screens and original designs, running smooth vanilla Android, dual-sim card slots, with dual-sim dual-active modems on the Qualcomm S400 device, even supporting to host a voice conference call through the phone.
ARM Cortex-A12 is designed to be a follow-on for the ARM Cortex-A9, providing 40% more performance over ARM Cortex-A9 at the sub-$300 price point. Compatible with ARM Cortex-A15, large physical addressing over 4GB of memory, virtualization, big.LITTLE with ARM Cortex-A7. This is ARM providing an in-between solution above ARM Cortex-A9 but still below ARM Cortex-A15, to reach the market by the second half of 2014. Here at Computex 2013, James Bruce, ARM’s Mobile Strategist, provides an overview of the new ARM Cortex-A12, explaining how the mid-range ARM Powered device market is designed, expecting above 400 million mid-range ARM Powered smartphones to be shipped each year in 2014, thus providing performance above ARM Cortex-A7 and above ARM Cortex-A9 but still below the cost of implementing an ARM Cortex-A15 or ARM Cortex-A57 solution at that point.
ARM launches the Mali-T622 GPU for ARM Cortex-A12 devices to be released to the market starting in 2014, enabling advanced GPU features for the next mid-range smartphones, including GPU Compute, Renderscript, Open CL, Open GL3 and more. ARM Mali-T622 is 1-2 cores, while Mali-T624 is 1-4 cores and Mali-T628 is 1-8 cores, positioning it for mid-range devices of next year.
ARM is launching the ARM Mali-V500 video encode/decode IP solution for the new ARM Cortex-A12 with Mali-T622 targetted at the mid-range smartphones reaching the market by the end of 2014. The performance is upwards 120fps 4K video encode and decode. HEVC/VP9 may be available already when combining the GPU compute capabilities of the Mali-T622 or other latest Mali graphics cores that support GPU compute.
Onyx International is reaching a fully stable Android on E Ink state, here showcasing their latest 6″ capacitive Android e-reader as well as their 4.3″ capacitive Android E Ink phone. The Android E Ink phone’s touch panel is still being finalized, I am borrowing the Android E Ink phone for the next 2-3 days, let me know what I should test and show on it. I’ll try to compare it with other LCD and AMOLED smartphones in direct and indirect sunlight if the weather permits here in Taipei. Onyx’s 6″ E Ink e-reader is quite stable, they still want to improve some of the Android UI for E Ink e-readers, but now it’s already stable. I am also borrowing their Android E-reader for 2-3 days, let me know what I should test on it, I’ll compare it with the Kindle Paperwhite.
TianheZhiyuan makes Rockchip PCB Designs, here showing off their newest RK3168 based 7″ and 9″ tablet PCB designs, showing around their PCB Design house with some of the staffs that are working there on a Saturday.
Check me dancing to Michael Jackson’s Bad in a Camera-recognition game dancing game running on Sunchip’s RK3188 HDMI Stick. The Kinect style body recognitions aren’t as precise as a Kinect because a regular webcam obviously doesn’t have that many sensors.
Here’s Kobe Bryant of Sunchip talking about their new Rockchip RK3188 Quad-core ARM Cortex-A9 HDMI Stick, showing also their other Set-top-boxes, Dual-core, Quad-core and showing around their headquarters with R&D engineers, sample production line, sales. marketing and more.
Latest Asus Transformer on Tegra4 Quad-core ARM Cortex-A15 with a new 2560×1600 high resolution 10.1″ display. Launch is to happen in Q3 this year, they expect the price to be $399 without the Dock, $499 without the Dock. Battery life may be 10 hours even with the high resolution display.
Here’s Asus’s latest extremely overpriced quite useless use of Android on top of a Wintel machine, using the latest most expensive Intel processor, and instead of using ARM on the Android mode, for no good reason, Asus makes yet another Intel x86 mistake, there’s yet another Intel Atom for Android mode. This over-expensive Intel Asus machine is probably going to cost $1500 and nobody is going to buy it. But here again, Johnny Shy likes to use the time of world media to show off yet another concept that is not going to interest nearly anyone. Good thing the Intel CEO has just been replaced, what the purpose is for this type of product is quite remote. Is Asus going to sell more than a few thousand of these overpriced quickly outdated devices worldwide?
Asus launches their new $149 MediaTek MT8125 Quad-core ARM Cortex-A7 with SGX GPU, no HDMI/MHL, but it has a MicroSD card slot, MicroUSB, Audio Jack, battery capacity is big enough for about 10 hours of use depending on use. This is thus not a new Nexus, it’s a new Asus, expect only the higher cost skew to be available, the $129 8GB skew is maybe not going to be much available outside of what Asus considers developing markets.
Again, here’s Asus working with Intel on a likely overpriced underperforming product that likely is not going to sell much. Hasn’t Asus learnt from the success of its Nexus 7 and previously Transformers to know that success come by using ARM and not doing anything on x86. But anyways, here’s yet another Asus Fonepad that is not a transformer, not sliding a phone into a tablet (concept that nobody wanted), here instead using their spelling mistake at promoting a Galaxy Note competitor on an Intel x86 processor, thus automatically unlikely to sell any more than a third rate market failure. Even the relatively unpopular Asus Transformer line on Nvidia Tegra processors have sold more than all the worlds Intel Ultrabooks combined. Learn the lesson Asus, would you? Go ARM, Go Big, if you still go x86 you go bust. Is Asus a lost cause? Why all the lame waste of time working with Intel? What does Asus get from that partnership? Foes Intel give Asus a rebate on bundling of Intel processors for ranges? Is Johnny Shih comfortable doing such lame Intel x86 deals year after year? Does Johnny Shih never stop up and take action on the always under-performing, always sub-par, always unpopular Intel x86 based solutions? Why does Asus keep working with x86? How many times does Asus have to fail with Intel before they learn the lesson?
Rockchip organized an event in China and advertised on Times Square in New York to promote its new RK3168 dual-core ARM Cortex-A9 solution on a 28nm process design, providing extremely low power consumption yet delivering quite higher performance at near same price (I’m told) as the new Allwinner A20 dual-core ARM Cortex-A7.
Here’s my video filmed last month with Rockchip talking about their new RK3168 processor launch:
Rockchip advertises the RK3168 on Times Square New York:
Here’s Rockchip’s promotional arguments for the RK3168 and why it may capture a huge part of the growing low cost Tablet market, this was released by Rockchip as they announced the first 800K processor unit orders last week:
Rockchips RK3168’s Overseas Hot Sell and Reasons for Receipt of Such a Large Order of 800K
People in the industry claim that dual-core on the foreign trade market will replace single-core since Rockchips has released its RK3168 in Hong Kong Electronics Fair in April. According to sources, overseas customers have placed a large 800K order on RK3168, which is also very rare in domestic tablet PC history for finalizing order so fast.
According to estimates made by people within this industry, foreign trade market accounts for nearly 70% sales volume of tablet PC in 2012 among which 60%-70% are low-end 7-inch tablets that adopt single-core A8 chip. By judging the entire market, low-end 7-inch tablet with sales price at 45-50 US dollars will occupy 40%-50% sales volume of the market. Thus, single-core A8 dominates the low-end market in 2012 while all chip factories have released more than 5 double-core chips successively in 2013, resulting in that dual-core replacing single-core becomes an inevitable trend.
What are the advantages of this Rockchips RK3168 dual-core A9 chip oriented towards low-power consumption, to make this chip become so popular in the foreign trade markets?
As per official statement of Rockchips, RK3168 has three advantages: design advantage, low-power consumption and high performance:
Design advantage means that Rockchips takes the lead to make quad-core and dual-core chips share one tablet, realizing dual purpose of one tablet; power consumption and performance advantages lies in its advanced technology. RK3168 greatly reduces its power consumption by adopting GLOBALFOUNDRIES 28nm HKMG technology and it utilizes Cortex-A9 dual-core structure with the highest basic frequency of 1.2GHz whose performance is 48% higher than that of Cortex-A7 dual-core chip currently sold on the market.
Compared with dual-core A7 and single-core A8, RK3168 has a huge advantage and an overwhelming advantage in its performance respectively, while there are only a few differences between these three chips. The complete machine manufacturers believe that the cost for complete machine currently using RK3168 are nearly the same as that of dual-core A7 and therefore RK3168 has a large advantage on its price.
In terms of shipment speed, RK3168 is easy for mass production due to the fact that there are only more than three hundred RK3168PCBA components and four pore plates. Moreover, RK3168 takes the lead to make quad-core and dual-core chips share one tablet, realizing dual purpose of one tablet and it is able to pin to pin with RK3188 quad-core chip to quickly enable quad-core chip and dual-core chip to share one tablet. This is also beneficial for solution provider and ODM manufacture to save more time and cost during product development, obtain a more comprehensive product layout, quickly handle changes on dual-core/quad-core chips markets and offer an obvious advantage on product price.
Generally, a variety of certifications are required in foreign trade market. At present, RK3168 scheme has been widely upgraded as 4.2.2OS and passed GMS and CTS certifications, which can help customers to enter mainstream market in developed regions of Europe and the United States. It is said that this chip will be adopted by the majority of international manufacturers, earn trust from more small and medium-sized enterprise customers and maintain a more powerful subsequent development.
Here’s the new press release from Rockchip talking about their recent promotional event talking about the availability of their new 28nm dual-core ARM Cortex-A9 solution for the worldwide market out of Shenzhen China:
Dual-core Chip with the World’s Lowest Power Consumption – Rockchip RK3168
SHENZHEN, China May 23, 2013 /PRNewswire/ — At 3 pm on May 21, Fuzhou Rockchip Electronics Co., Ltd. held the promotion of “A9 Dual-core Chip RK3168 of the World’s Lowest Power Consumption” in Midsummer Hall on the third floor of Shenzhen Pavilion Hotel. The promotion attracted a large number of solution providers, brand manufacturers and trade media, showing that RK3168 had entered the stage of mass production.
Compared with dual-core chips on market, RK3168 has three major advantages:
Power consumption: Dual-core chip with the world’s lowest power consumption, one time lower than dual-A7 program;
Design: Quad-dual compatible, one board for double purposes;
Performance: The performance of RK3168 with dual-A9 core is two times higher than dual-A7 program with half the power consumption, because it uses 28nm. RK3168 supports the latest Android 4.2.2 system and Miracast screen mirror, and achieves multimedia sharing between mobile phones, tablet PCs and TVs.
RK3168 chips have world-class ultra-low power consumption, only half that of the Cortex-A7 dual-core chip, and is lower than almost all the dual-core tablet PCs on the market. A 7-inch tablet PC with 3000mAh battery can play HD video for eight hours continuously. RK3168 uses ARM Cortex-A9 dual-core architecture, the highest frequency is 1.2GHz, and the chip has high overall performance, which is higher than the industry’s current dual-core chip solution.
Quad-dual compatible, with one board for double purposes, is the most significant feature of Rockchip RK3168. At present, only RK3168 can achieve quick switching between dual-core and quad-core of the same PCB board. Dual-core RK3168 can be replaced with a high-end 28nm RK3188 quad-core chip pin to pin, so that solution providers and brand developers can save costs and time in product development, have a more comprehensive product layout and quickly respond to the changes in the dual-core / quad-core market.
The RK3168 program has passed the Google Global GMS and CTS certification, and can easily help customers access the mainstream market in Europe and America.
Summary:
Nowadays, quad-core has become the hottest topic in the tablet PC market, but single-core still occupies a large part of the market. Dual-core is expected to replace single core this year. RK3168 features high-end performance, low power consumption and is cost effective, getting the industry’s attention and generating a new round of competition in the dual-core market.
Follow this space, this is about upgrading the performance of the low cost Tablet market worldwide, that low-cost 7″ Android tablet space occupies over 50% of a rapidly growing worldwide tablet market, depending on how useful people can make those 7″ Android tablets be for productivity, learning and more in the months to come. It is thus possible that RK3168 shipments will exceed the overall RK3188 shipments in the months to come. Check back here on http://ARMdevices.net for the latest Shenzhen products using Rockchip in the days to come.