Reuters has reported that Qualcomm will purchase NXP for $38 Billion in the largest semiconductor deal ever.
This deal was rumored last month in a deal worth about $30 Billion. Qualcomm’s name should be familiar to all Hackaday readers – they have an immense portfolio of mobile processors, automotive chips, and a ton of connectivity solutions for WiFi, Bluetooth, and every other bit of the EM spectrum. NXP should also be familiar for their hundreds of ARM devices, automotive devices, and Freescale’s entire portfolio.
The deal for $38 Billion is just a bit larger than the previous largest semiconductor deal, Avago’s purchase of Broadcom for $37 Billion.
This latest acquisition has followed acquisitions of ARM Holdings by Japan’s Softbank, On and Fairchild, Avago and Broadcom, NXP and Freescale, Microchip and Atmel, Intel and Altera, and a few dozen we’re forgetting right now. The good news is this immense industry consolidation won’t result in a single gigantic chip maker; there will probably be two or three gigantic chip companies in the future. If I may dredge up an observation from a Mergers and Acquisition post from this summer, this trend didn’t go well for Hughes, Fairchild, Convair, Douglas, McDonnell Douglas, North American, Grumman, Northrop, Northrop Grumman, Bell, Cessna, Schweizer or Sikorsky. It went very well for Lockheed, Boeing, and Textron.
Remember when we talked about NXP merging with Freescale to move into the top ten semiconductor companies? Yeah, that was just eighteen months ago and just barely closed before the new year. Now it looks like Qualcomm wants to acquire NXP to the tune of $30 billion.
You’re most likely familiar with Qualcomm as a cellphone silicon company. The acquisition of NXP opens up a lot of additional markets with their portfolio of chips — automotive among them thanks to the Freescale merger. Now you should be asking yourself just how big Qualcomm is already. What’s perhaps most interesting is that, as mostly a wireless chip company, Qualcomm is ranked number three in worldwide semiconductor sales. Adding NXP — a behemoth now in the top ten — adds at least 30% to Qualcomm’s numbers.
And so here we are, one step close to a monolithic chip fab that produces all computing power for the human race. Yippie!
Whether we need them or not, we don’t usually shy away from a development board. [Keith] sent us a tip on the DragonBoard 410c after reading our recent coverage of the latest Beagleboard release. Arrow Electronics is manufacturing (and distributing, not surprisingly) the first Qualcomm Snapdragon 400 series based development board. At the time of writing there are two boot images on the 96boards.org site available for download Android 5.1 and an Ubuntu based version of Linux.
The DragonBoard 410c is stuffed with an Arm Cortex-A53 (Arm block diagram after the break) with max speed of 1.2GHz and support for 32bit and 64bit code. It also has on-board GPS, 2.4GHz WiFi, Bluetooth 4.1, full size HDMI connector, a micro USB port that operates in only device mode, two full size USB 2.0 ports for host mode, a micro SD card slot. In the way of GPIO it has a 40 pin low speed connector and a 60 pin high speed connector, there is also an additional 16 pin breakout for analog audio, and the list goes on (follow links above for more info).
For those of you playing buzzword drinking games not to worry, the board can be made Arduino compatible by using the mezzanine connector and there is a plan for the board to be Windows 10 compatible. Better make that a double!
Continue reading “64bits Of Development Board”
[tnkgrl] has concluded her Sony Vaio P by adding GSM support. We covered the switch to XP earlier, but this should work on Vista too. The Vaio P is sold in the US with support for Verizon’s EVDO wireless broadband, but it uses the same hardware as the European model that uses GSM. This is possible because of the the Qualcomm Gobi radio module. To get GSM support, you trick the VZAccess Manager into loading a different firmware than the stock EVDO. The difficult part is that the Vaio P doesn’t come with a SIM card slot, so you’ll have to solder in your own. When you’ve got the computer reassembled, just change VZAccess Manager to use your carrier.
UPDATE: Wired has an article on the Gobi chipset.