Being a popular manufacturer for mostly feature phones, with an occasional smartphone sprinkling every now and then, Pantech is revving up to get themselves into the dual-SIM market with two new upcoming devices. Pantech's Italy web site is now showing the Pantech P1000 and P4000 which are of course dual-SIM capable with the latter being the more high end between the two. The Pantech P4000 sports a  sizable 3” WQVGA touchscreen, quad-band GSM connectivity, 3.2-megapixel camera, Bluetooth 2.0, FM radio, Facebook access, microSD card support, and a 1,000 mAh battery. On the other end, the Pantech P1000 follows similarly to their usual offerings as it features a minute 1.8” display, dual-band GSM connectivity, 1.3-megapixel camera, microSD card support, 3.5mm headset jack, Bluetooth 2.0, and FM radio. Unfortunately the pricing on either handsets are not known right now, but if there's any indication, it should be relatively inexpensive like their other offerings. All in all, this move into the dual-SIM market will definitely get Pantech's name out there to more people.

The hotly anticipated Acer smartphone is right around the corner. The Acer Stream, running Android 2.1 as its operating system, offers a host of high-end functions for consumers. 

Available in early August, the Stream packs high capability into a relatively small handset. With 512MB of RAM next to a 1GHz Qualcomm Snapdragon processor, the phone's actual performance will be slick and fast. The interface is controlled via a 3.7 inch AMOLED capacitive multi-touch screen, boasting a 2000:1 contrast ratio. 

For those who enjoy mobile browsing, the internet can be activated at high speeds with inclusive HSDPA and Wi-Fi. Navigation is covered by the inbuilt GPS, while Bluetooth takes care of file sharing between phones. 

Media fanatics will enjoy a high-spec 5MP camera, which also has the capability for high definition video recording. Those with a HD TV can also connect the handset through the HDMI slot. 

The high-quality shots taken by the camera will be easily managed by the internal memory, totalling 2GB with the option for more via the microSD card slot. Acer's official site states that the phone can hold up to 32GB of extra storage. Facebook and Twitter apps are pre-installed on the phone, along with Acer's own music streaming service known as Spinlets. Imported multimedia content is viewable with the nemo Player, another Acer freebie. 

Mobile Choice UK has divulged some pricing information for the device from a certain retailer. The handset itself comes to under £400 from Expansys in an (initially) exclusive deal, although customers should be warned that this price does not include a sim card. 

New rumor coming from Germany puts marketing names next to some Android code names - the mysterious HTC Ace for Vodafone Germany will be called Desire HD and the HTC Vision will go by Desire Z.

We don't know all that much about the HTC Ace - it will run Android (likely launch with 2.2 Froyo) and have an aluminum uni-body design like the HTC Legend. There are also rumors that the HTC Ace/Desire HD is a GSM flavored HTC Evo 4G.

Previously we heard that the QWERTY-enabled HTC Vision will be available on T-Mobile as the G1 Blaze. It’s not unusual for the same phone to have different names for the different carriers. And for Vodafone Germany, it seems that name is HTC Desire Z.

Also interesting is that Vodafone Germany is apparently stocking up on HTC Desire phones with S-LCD.

We still don’t know much about the release date of the two new Androids, except the old rumor that the HTC Desire HD (Ace) and the HTC Desire Z (Vision) will launch in October. We’re also interested to see how good a replacement S-LCD is for the AMOLED screen of the original Desire.

We recently had to toss out an old PC a huge beige box with a 300MHz CPU (overclocked from 266), that was handmade ten years ago for major bucks. Then someone said "geez, my phone now is three times faster than this". It made us think about the advances in chip miniaturization and raw speeds that have been happening lately. Smartphones pose the most daunting task to combine performance with the lowest power consumption possible, and thus play a huge role in the mobile processing war.

1GHz processors on high-end handsets are all the rage now, but 1.5GHz puppies with more than one core have finished sampling and are being shipped to manufacturers. These are already desktop clock speeds, but how much is enough? Will the mobile CPU war fall victim of the same delusion the desktop one had that faster is better? Or will it try to find the sweet spot between raw power and energy consumption as their laptop counterparts did? 

We think the answer will be known sooner rather than later as we've already attained the magic 1GHz number, and the upcoming CPUs promise even higher clock speeds with the same power consumption. Hummingbirds and Snapdragons these 1GHz animals are offering all-in-one solutions to cell phone manufacturers. Called system-on-a-chip (SoC), they take care of both the system tasks and the hardware video acceleration, often along with all baseband and RF connectivity, the GPS module and the multimedia processing. They are designed to fulfill the longest lasting dream of any electronics user to carry one device that does it all decently.

Qualcomm, Samsung, Apple and Texas Instruments are currently the major SoC players, and they have something in common – all of their chipsets are based on the ARM architecture. ARM Holdings owns the intellectual property rights on processor architecture; they develop the next generation’s schematics, and then sell them to chip manufacturers to come up with their own custom SoC solutions. The current 1GHz mobile CPUs are based on ARM's Cortex-A8 generation, but Cortex-A9 is just around the corner, and it is exciting. 

Qualcomm's Snapdragon family is probably the household name when it comes to 1GHz mobile CPUs. It's been around for more than a year now, shining initially in the Toshiba TG01, then powering such prominent phones as the HTC HD2, the Nexus One and the HTC EVO 4G. The Snapdragon's Scorpion core takes care to add better multimedia instructions and power management to the Cortex-A8 core of ARM Holdings. 

The prevailing concern for the company was to make a mobile SoC that can go all day on a single charge, thus Snapdragon was designed with low power consumption in mind. For the graphics tasks, Qualcomm relies on the AMD Z430 processor after purchasing Imageon - the mobile graphics department of AMD, then rebadged their GPUs (originally developed by ATI) under the Adreno moniker. This first generation of Snapdragon is produced with the older 65nm technology, which fits less transistors on the same space than the new, upcoming iteration of these chips, manufactured with the 45nm process. 

The 45nm production method fits more transistors on the same space, or achieves the same performance from smaller chips, which leads to a better battery life, more functions, and extremely thin and light devices for the power they house. We won't be boring you much with electronics lingo, but this new 45nm version of Snapdragon is already in manufacturers’ hands, and speeds things up to 1.3GHz with two thirds of the power consumption. 

The third generation of the ubiquitous Snapdragon is the most interesting one, of course. The MSM8260 and MSM8660 chipsets for high-end smartphones will be dual-core, with each core running at up to 1.2 GHz. Even faster version supporting larger screen resolutions is QSD8672 – two cores humming at the sweet 1.5GHz, which will most likely go into tablets, or the likes of the Dell Streak. Qualcomm has the advantage of having finished the sampling of its next generation SoCs, and HTC is rumored to be the chief beneficiary, so they might be first to deliver a smartphone with two processor cores. 

What do these dual Scorpion core Snapdragon chips promise for us spoiled brats waiting on the shiny new toy? Full HD 1080p video recording and decoding plus dedicated low-power audio engine for multichannel home-theater surround sound, for starters. Add to that a GPU subsystem based on the new Adreno 220, and capable of up to 80mln triangles per second for enhanced 3D gaming plus an integrated low-power GPS. All these “low-power” adjectives are not coincidental - the third generation is supposed to use 30% less energy than the single core Snapdragons, also because the work will be evenly distributed between cores.

A chief differentiation of Qualcomm for their Snapdragon architecture is to make it a truly all-in-one solution for the various tasks on a modern smartphone.  After spending more than a decade in CDMA devices, its baseband modem chips are now integrated in the Snapdragon SoC, saving manufacturers the effort to add third party silicon. The MSM8660 Snapdragon will even support both multi-mode HSPA+ and 1xEV-DO Rev -  a true world phone with dual-core prowess.

Samsung Hummingbird and Apple A4:

The next-gen Snapdragons above will be produced with the 45nm technology, but there are actually phones on the market with CPUs that utilize this technology right now. Enter Samsung’s Hummingbird chipset, a SoC which powers the company’s first bada OS phone – the Samsung Wave, and the Galaxy S with its US carrier versions. 

It was some what recent that we had heard rumors there was going to be a 9700 refresh dubbed 'Onyx Delta'. Then the BlackBerry 9780 kind of came out of no where in a UAProf Doc and later the worlds first image. As it is customary with most outed devices, once the leak begins to drip it just keeps pouring.

It is very interesting to see that OS 6 only takes up about 180MB of the 512MB RAM. This is a lot less than the 9800 Slider's OS 6 version. This is most likely due to the touchscreen requiring a lot more memory. Given that the trackpad OS 6 version doesn't require as much memory, perhaps we will see it on almost all other trackpad devices? It has been rumored that OS 6 would release to the 9700 and 9100, but it would not go on the 9300 (lower grade processor). If we do see OS 6 release on the 9700 and 9100, we'd bet carriers won't release it until sometime in 2011.

Not much has changed aesthetically for the 9780 from the 9700. The only difference is the 9780 now sports a gun metal bezel, whereas the 9700 had a regular chrome bezel.  Which do you like better?

Here are the current specs until Now:

• 624Mhz Processor
• 512MB Flash RAM 
• OS 6.0.0.125 (possible launch build)
• 480x360 Resolution Screen TFT, 65K colors
• 5.0 MP Camera with LED Flash
• Trackpad
• GSM / UMA / HSPA+?
• Bluetooth 2.1 with A2DP
• Wi-Fi b/g (possibly N?) 
• Gun Metal Bezel