Necunos NC_1 or a Lunchbox Smartphone?

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While Purism has allegedly finally managed to ship out their developer kits, Necunos will provide you with a thingy they call a smartphone much faster.1

Necunos NC_1
The Necunos project may be scam. Be careful! Update 2/3/2019: After FOSDEM it seems a little more real. Necuno Solutions plan to ship the NC_1 in March. Let’s see.


  • SoC: NXP i.MX Quad, ARM Cortex A9 quadcore @ 1.2 GHz, Vivante GPU (Etnaviv driver, hardware acceleration)
  • 1 GB Ram (meh!)
  • 8 GB Storage
  • 3500 mAh Battery
  • 5,0″ display (no resolution given)
  • Aluminum body
  • 5 MP Camera
  • Audio: 3.5mm audio jack
  • Charging: Micro-USB, Data transfer disabled
  • Microphone: Built-in microphone
  • Speakers: 2 Built-in speaker
  • WLAN: WiFi (via SDIO) WL1801 (2.4 GHz)
  • Ethernet: High speed 100Mb/s
  • Serial: Internal
  • Closed source firmware with memory access: NO
  • Binary blobs: NO
  • Locked bootloader: NO
  • Operating Systems: Multiple community driven operating systems to choose from.

Price: 1199 EUR
Continue reading “Necunos NC_1 or a Lunchbox Smartphone?”

  1. To me, this – while it is an admirable effort – is not a smartphone, but rather a modern Linux PDA since it has no modem to connect to cell services. I’ll keep sticking to this 22 year old definition, where a smartphone has to be an actual phone. []

Fedora on the Raspberry Pi

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“The Raspberry Pi is a $25/$35 computer based on a Broadcom ARM chip. The Fedora ARM secondary architecture project has ported the Fedora Linux distribution to ARM-based devices.”

The Raspberry Pi project is certainly among the most interesting ones out there, just because of the really low price of the basic hardware.

(This video was made by faculty and students at Seneca College.)

Raspberry Pi: A 25 USD USB Stick sized PC

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When I stumbled upon this three days ago, I felt like I absolutely had to blog this. Let’s have a look at the provisional specs first:

  • 700MHz ARM11
  • 128MB of SDRAM
  • OpenGL ES 2.0
  • 1080p30 H.264 high-profile decode
  • Composite and HDMI video output
  • USB 2.0
  • SD/MMC/SDIO memory card slot
  • General-purpose I/O
  • Open software (Ubuntu, Iceweasel, KOffice, Python)

Let´s talk about the SoC first. While a 700MHz ARM11 SoC isn´t what you´d call fast, it´s good enough for basic tasks. I think that a likely SoC for this thing is the Telechips TCC8902, which is a popular SoC for low cost tablets and supports 1080p thanks to an included ARM Mali 200 GPU – it would fit. But then again, this isn´t a finalized device yet and there are tons of ARM based SoCs out there, and as ARM11 ones aren´t exactly high end, many of them remain pretty much unknown.

As I said: The SoC is ok. What´s not convincing is the amount of RAM; 128MB is barely enough for todays smartphone OS like Android – Ubuntu won´t be much fun, you will be forced into using swap which will certainly cause some wear out on your memory card and slow the overall system down.

Nontheless, after having listened to the interview with the man behind this foundation (Raspberry Pi foundation), David Braben, which is not yet founded afaik – this seems to be a nice idea, as the relative scarceness of memory is even great for the purpose it´s meant for: It´s about eduction, educating kids about computing.