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While we don't usually cover every software update on every platform, I thought it worth noting something special about the new update which will begin going out shortly to the Motorola Droid RAZR and RAZR MAXX. Among the features included in "6.12.173.XT912.Verizon.en.US" is a new feature that isn't directly advertised in the changelog – it's the inclusion of Connected Discontinuous Reception, or CDRX for Motorola/TI's codename Wrigley 4G LTE baseband. The short of it is improved battery life on 4G LTE.

Discontinuous Reception (DRX) is nothing new for UMTS based networks, and is a power reduction feature. The aim is simple – during idle periods, the cellular network tells the handset that it doesn't need to expect any traffic, and thus the handset can shut down the RF frontend and other power draining bits. The phone can then wake up the parts required to receive and listen to a paging channel when the discontinuous cycle ends. 

The above is the way things work in UMTS, in 4G LTE things change a bit, but the concept is the same. However a new feature is the somewhat strangely-named connected DRX mode. The "connected" part comes from the fact that DRX now can work while the user equipment is in an RRC_Connected state, in addition to RRC_Idle. The result is that the handset can now shut down parts required to listen with much finer frequency, for example during the idle periods when a webpage is loading, as opposed to the longer idle periods when the phone is locked and in a pocket. 

I'm told that CDRX is now enabled on about half of Verizon Wireless' 4G LTE network, specifically in markets where Ericsson is the radio network equipment supplier. The other Alcatel-Lucent markets will be upgraded as well in due time. Unfortunately my markets in Tucson and Phoenix AZ are Alcatel-Lucent (to the best of my knowledge, from seeing many empty Alcatel-Lucent boxes and trucks around new LTE eNodeBs), so I'll have to wait to see just how big of a difference this makes in real-world testing.

Source: Verizon Software Update (PDF)

Recently Motorola unleashed a bunch of devices it was keeping up its sleeve, and the latest for Verizon is the Motorola Droid RAZR. A while ago we reviewed the Bionic, which was the first time we got to see 4G LTE connectivity (courtesy of a Motorola Wrigley LTE baseband) alongside a dual core OMAP4430 SoC. The RAZR continues with those two components and brings a new industrial design, a different display, and revival of the RAZR brand itself.

While it's not the Galaxy Nexus (our review of the GSM and LTE variants is forthcoming), it might just be some of the best Android hardware around. Read on for the full review.

US PHONE MAKER Motorola has unveiled the dual-core chipped, 7.1mm thick Droid Razr smartphone at a press conference in the US.

According to the This is My Next live blog, the Android phone, known alternately as the Spyder, has got LTE for Verizon in the US, a 1.2GHz dual-core processor, 1GB of RAM, an 8MP camera with HD 1080p video capture and a 4.3in Super AMOLED qHD display.

Meanwhile, it’s just 7.1mm thick, perhaps the thinnest smartphone ever made.

It has laminated construction for enhanced rigidity and a precision machined stainless steel core. The back is made from woven kevlar and it has an 1800mAh battery that delivers 12.5 hours of talk time.

We expect that the European version of this handset will be revealed tomorrow, possibly under a different name. µ

 

It's been a long time since CES, but the wait is nearly over. Per Motorola's Droid Bionic Twitter account, the Bionic will grace Verizon's network on Sepember 8th. Earlier today the phone's page appeared in Motorola's web store with a mostly empty page that did provide the first official press shots for the device. Nothing more has been confirmed but we do expect the device to ship with a TI OMAP 4430 SoC, SGX 540 GPU with 1GB of RAM and a 4.3" qHD screen. The press shots to confirme a rather svelte slate with a small bump near the top of the phone housing the 8MP/1080P camera. What remains unknown is pricing which is rumored to be 9 on contract. Official images below, we'll update further when we learn more. 

Source: Twitter

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If ever a product has summed up the progression of the Android ecosystem, it’s the Motorola Droid. The first Droid catapulted Android into the mainstream with its first 2.x release, and since then the Droid itself has seen a yearly update cadence that honestly has shown no sign of stopping. The updates thus far track the trends that we’ve seen affect the Android ecosystem as a whole – newer and better versions of Android alongside ever increasing SoC performance, display improvements, camera improvements, and refined hardware design.

I think that pretty much sums up what kind of update the Motorola Droid 3 (henceforth just Droid 3) is. It’s an iterative product launch, for sure, but that belies just how good the improvements all around really are. I noted a few of them already – the Droid 3 includes a dual core OMAP 4430 SoC, larger 4” qHD display, more internal storage, better camera, front facing camera, and most notably a much improved 5 row QWERTY keyboard. Read on for the full review.

Almost a month ago, we posted about the Motorola Droid 3 popping up in GLBenchmark 2.0's online result browser, with a dual-core 1 GHz OMAP 4430 SoC at its core. Since then, Motorola made the Droid 3 official, announcing online availability for July 7, and in-store availability July 14 for the pretty standard 9.99 on a two year contract. We waited patiently and sure enough a Motorola Droid 3 hit our doorstep today, which we'll have a full review on sometime before the week is up. Until then, we're going to go over high level things in our usual This Just In format.

We're still running all our benchmarks, but for the time being have scores for the web suite, GLBenchmark 2.0, and RightWare's Basemark ES2.0. We now have independent confirmation that those previous Droid 3 results from the GLBench online result browser weren't crazy, in fact, Egypt has gone up slightly. 

The Droid 3 is a world-branded phone, and thus includes a dual-mode baseband. If you've been following some of Motorola's other devices closely, it shouldn't come as a surprise that Qualcomm's MDM6600 baseband is inside the Droid 3.

There's the standard CDMA2000 1x/EVDO Rev.A 800 / 1900 MHz connectivity for Verizon and some roaming on other CDMA carriers, alongside GSM/UMTS 850 / 900 / 1800 / 1900 support for roaming abroad. There's 2.4 GHz 802.11n support, though no 5 GHz love for 802.11an.

Motorola Droid 3 – Network Support

CDMA2000 1xRTT/EVDO Rev.A

800 / 1900 MHz

GSM/EDGE

850 / 900 / 1800 / 1900 MHz

WCDMA/UMTS

850 / 1900 / 2100

HSPA Speed

HSDPA 10.2/14.4 (UE Cat. 9/10), HSUPA 5.76

 

Qualcomm MDM6600

The Droid 3 comes running the very latest version of Gingerbread out right now, 2.3.4. It's a breath of fresh air to play with something that isn't launching running 2.2 Froyo for a change. The device is also running the new brand of Motoblur Motorola's UI skin, which includes a new lock screen and some eye candy on the application launcher and home screens. I'm still making my mind up about how this compares to the previous brand of Motoblur that comes with the Droid X2. 

The other big change is of course the new five-row QWERTY keyboard, which thus far is honestly spectacular. I picked up the Droid 3 and immediately was speeding along comfortably. The domes are convex, very clicky, and provide great haptic feedback. I have to admit that I initially questioned the wisdom of dedicating an entire row to 0-9, but I completely understand how helpful this is after entering my 20 character WPA PSK and getting the Droid 3 on my WiFi network. Moreover, it provides a nice buffer so fingers and long nails don't hit the bottom of the slider. The slide mechanism still isn't spring loaded or on a particularly smooth rail, however.

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The device is also 0.8 mm thinner than the Droid 1 and 2, and it's surprising how much that actually translates to a device that feels like it hasn't put on weight just because it has a keyboard. Check out the gallery for some shots of the sides and all around.

The Droid 3 curiously comes without a microSD card, instead going with 16 GB of internal storage. I was a bit confused at first, but sure enough there's no microSD card mentioned on the box. 

There's an 8 MP rear facing camera with LED flash. It's down to one LED instead of two with the Droid 3, but it looks like the LED has an improved fresnel lens atop it, and no doubt more power output. There's also a VGA front facing camera. 

The device can capture 1080p30 video at 15 Mbps with stereo audio. I'm not passing judgment quite yet, but things in the lightbox look a bit undersaturated, but there's great high frequency spatial detail. Check out the gallery for some quick pictures I took with the rear facing camera.

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Stay tuned for our full review!

Almost exactly one year ago we reviewed and thoroughly explored the Motorola Droid X. At that point, its 1 GHz OMAP 3630 made it a competent performer and a worthy successor to the original Motorola Droid, and likewise competition for 1 GHz QSD8250 Snapdragon. A lot of things have changed since then, and and it’s time for the original Droid X to finally get replaced with something even more powerful, the Tegra 2-packing Motorola Droid X2.

Read on for our full review of the Droid X2. 

The original Droid Incredible by HTC was the second Android phone I ever officially reviewed. The first was Google's Nexus One. A year ago I proudly proclaimed that the Incredible was clearly better than the Nexus One thanks to the added features HTC delivered through Sense. Since then we've seen Google improve Android tremendously. The OS has come so far in the past twelve months that I do wish more vendors would actually ship unaltered versions of it on their devices. HTC has kept up with Google's evolution, at least on some of their devices. The Sensation 4G, EVO 3D and Flyer all ship with a brand new version of the Sense UI (3.0) that actually adds some pretty neat features to the OS (e.g. the ability to launch apps from the lock screen).

Unfortunately the successor to the original Incredible isn't blessed with Sense 3.0, it's still running version 2.0. The Incredible 2 also doesn't ship with Gingerbread, it's currently only available with Android 2.2.1. Qualcomm does have a working Gingerbread port, something HTC is quite familiar with as all of the devices I mentioned above ship with Gingerbread. The Incredible 2 is due for an update to Gingerbread soon but if you buy it today all you get is Froyo.

The seemingly dated software comes with similarly dated hardware, at least by today's standards. The Incredible 2 ships with Qualcomm's MSM8655 SoC. That's a 45nm SoC with a single-core 1GHz Snapdragon and an Adreno 205 GPU. The chip has 768MB of memory on package. CPU performance isn't improved compared to the original Incredible although the GPU is faster and power consumption is lower thanks to the 45nm process (the original Incredible had a 65nm QSD8650 with an Adreno 200).

Read on for our full review of the Droid Incredible 2!

Samsung is doing something interesting lately. Instead of outright releasing Galaxy S 2 in the US, each carrier is getting a mid-cycle refresh of the Galaxy S with 4G compatibility and more recently Super AMOLED Plus. T-Mobile was first with the Samsung Galaxy S 4G, then came the Droid Charge on Verizon which we’re looking at now, and finally AT&T got the Samsung Infuse 4G. The latter two have Super AMOLED Plus displays and different basebands.

Right now we’re looking at Verizon’s second 4G LTE device, and the first to earn the ‘Droid’ level branding – the Samsung Droid Charge. 

This morning the Samsung Droid Charge arrived on our doorstep, and we've got a few initial impressions and some photos to tide you over until the full review. Last we saw the Droid Charge was at CES, where it was previously named the rather unassuming "Samsung 4G LTE Device."

Read on for some of our first impressions of the device, and stay tuned for a full review in the coming week or so.