Differences between revisions 186 and 188 (spanning 2 versions)
Revision 186 as of 2015-08-27 20:21:13
Size: 12047
Comment: Update links and pricing of Radxa boards. Drop Radxa Rock2 Square (sold out).
Revision 188 as of 2015-08-28 16:04:26
Size: 11741
Comment: Drop Improv board - dead: http://liliputing.com/2014/05/open-source-vivaldi-tablet-improv-board-seem-dead-watter.html
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||Hackberry ||1 ||armhf ||1||4||2|| - ||bgn||100 || {OK} || {X} ||[[https://www.miniand.com/products/Hackberry%20A10%20Developer%20Board|65]]||
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||Improv ||1x2||armhf ||1||4||2|| (./) ||- ||100 || {X} || {X} ||[[http://www.vaultechnology.com/store/improv|75]]||

Potential Hardware

Devices appearing on this list are not necessarily supported, but are instead hardware we could support. See Supported Hardware for the actually supported hardware.

Boxes matching or surpassing the DreamPlug in price and core features (see also hardware requirements):

  • fanless (in normal rooms, also on very hot days)
  • $160/€120 or cheaper
  • min. ½GB ram (for 32bit operation - likely min. 1GB for 64bit)
  • min. 1GHz CPU (for ARMv5 CPUs - different for other CPUs)
  • uSD slot, easy accessible
  • ethernet (proper builtin or on daughterboard, not "toys" like USB-attached or ENC28J60)

Name

Speed (GHz)

Debian arch

Ram (GB)

disk (GB)

USB (rev.)

SATA

Wifi

Ethernet speed

incl. case

OSHW

Price (USD)

A20-SOM-EVB

1x2

armhf

1

-

2

(./)

-

1000

{X}

(./)

~85

AM3352-SOM-EVB

1

armhf

½

-

2

-

-

100x2

{X}

(./)

~68

APU.1D

1x2

amd64

2

-

2

(./)

-

1000x3

{OK}

{X}

127

APU.1D4

1x2

amd64

4

-

2

(./)

-

1000x3

{OK}

{X}

150

Banana Pi Bpi001

1x2

armhf

1

-

2

(./)

-

1000

{X}

{X}

45

Banana Pi Bpi-R1

1x2

armhf

1

-

2

(./)

bgn

1000

{X}

{X}

75

BeagleBone Black

1

armhf

½

4

2

-

-

100

{OK}

(./)

50

Cubieboard

1

armhf

1

4

2

(./)

-

100

{OK}

{X}

49

Cubieboard2

1x2

armhf

1

4

2

(./)

-

100

{OK}

{X}

59

Cubieboard2-Dual

1x2

armhf

1

-

2

(./)

-

100

{OK}

{X}

47

Cubieboard3

1x2

armhf

2

8

2

(./)

bgn

1000

{OK}

{X}

86

Cubieboard4

2x4 +1.3x4

armhf

2

8

3

-

bgn

1000

{X}

{X}

125

CuBox i2

1x2

armhf

1

-

2

-

-

1000

(./)

{X}

90

CuBox i2 eX

1x2

armhf

1

-

2

(./)

-

1000

(./)

{X}

120

CuBox i4Pro

1x4

armhf

2

-

2

(./)

bgn

1000

(./)

{X}

140

CuBoxTV 1GB

1x4

armhf

1

-

2

(./)

-

1000

(./)

{X}

100

CuBoxTV 2GB

1x4

armhf

2

-

2

(./)

-

1000

(./)

{X}

130

DevKit8600

0.7

armhf

½

½

2

-

bg?

1000

{X}

{X}

139

DreamPlug

1.2

armel

½

2

2

(./)

bg

1000x2

(./)

{X}

159

HummingBoard i1

1

armhf

½

-

2

-

-

100

{X}

{X}

70

HummingBoard i2

1x2

armhf

1

-

2

-

-

100

{X}

{X}

80

HummingBoard i2eX

1x2

armhf

1

-

2

(./)

-

1000

{X}

{X}

110

Intel DE3815TYKHE

1.4

amd64

+8

4

3

(./)

bgn

1000

{OK}

{X}

145

Iteaduino Plus A10

1

armhf

1

-

2

(./)

-

100

{OK}

{X}

57

Iteaduino Plus A20

1x2

armhf

1

4

2

(./)

-

100

{OK}

{X}

67

LinkSprite Acadia

1.2x4

armhf

1

8

2

(./)

-

1000

{X}

{X}

95

LinkSprite Arches

1.8x4 +1.2x4

armhf

2

8

2

(./)

bgn

1000

{X}

{X}

129

MarS Board

1x2

armhf

1

4

2

-

-

1000

{X}

{X}

99

MarsBoard A10 Dev

1

armhf

1

4

2

(./)

-

100

{X}

{X}

45

MarsBoard A20 Dev

1

armhf

1

4

2

(./)

-

100

{X}

{X}

54

MinnowBoard MAX Single

1.4

amd64

1

-

3

(./)

-

1000

{X}

{X}

99

MinnowBoard MAX Dual

1.3x2

amd64

2

-

3

(./)

-

1000

{X}

{X}

146

MiraBox

1

armhf

1

1

3

-

bgn

1000x2

(./)

{X}

149

NanoPC-T1

1.5x4

armhf

1

8

2

-

-

100

(./)

{X}

78

Nitrogen6_Lite

1

armhf

½

-

2

(./)

-

100

{X}

{X}

149

ODroid C1+

1.5x4

armhf

1

-

2

-

-

1000

{OK}

{X}

37

OLinuXino A10 LIME

1

armhf

½

-

2

(./)

-

100

{OK}

(./)

41

OLinuXino A20 LIME

1x2

armhf

½

-

2

(./)

-

100

{OK}

(./)

45

OLinuXino A20 LIME2

1x2

armhf

1

-

2

(./)

-

1000

{OK}

(./)

56

OLinuXino A20 MICRO

1x2

armhf

1

-

2

(./)

-

100

{OK}

(./)

75

Parallella-16 Desktop

0.8x2

armhf

1

-

2

-

-

1000

{X}

(./)

149

pcDuino Lite

1

armhf

½

-

2

-

-

100

{OK}

{X}

39

pcDuino V2

1

armhf

1

4

2

-

bgn

100

{OK}

{X}

50

pcDuino3

1x2

armhf

1

4

2

(./)

bgn

100

{OK}

{X}

60

pcDuino3 Nano

1x2

armhf

1

4

2

(./)

-

1000

{OK}

{X}

40

pcDuino3S

1x2

armhf

1

4

2

-

bgn

100

(./)

{X}

89

Radxa Rock Lite

1.6x4

armhf

1

-

2

-

bgn

100

{OK}

(./)

59

Radxa Rock Pro

1.6x4

armhf

2

8

2

-

bgn

100

(./)

(./)

99

RiotTboard

1

armhf

1

4

2

-

-

1000

{X}

{X}

79

RK3188-SOM-EVB

1.6x4

armhf

1

-

2

-

-

100

{X}

(./)

~79

SBC8600B

0.7

armhf

½

½

2

-

-

1000x2

{X}

{X}

169

Sheeva Plug

1

armel

½

½

2

(./)

-

1000

(./)

{X}

99

UDOO Dual

1x2

armhf

1

-

2

-

bgn

1000

{X}

{X}

115

UDOO Quad

1x4

armhf

1

-

2

(./)

bgn

1000

{X}

{X}

135

Utilite Value

1

armhf

½

4

2

-

-

1000

(./)

{X}

99

Utilite Standard

1x2

armhf

1

8

2

-

bgn

1000x2

(./)

{X}

159

Wandboard Solo

1

armhf

½

-

2

-

-

1000

{OK}

{X}

83

Wandboard Dual

1x2

armhf

1

-

2

-

bgn

1000

{OK}

{X}

103

Wandboard Quad

1x4

armhf

2

-

2

(./)

bgn

1000

{OK}

{X}

139

Legend:

  • + at RAM size indicates replaceable option.
  • {OK} Case not included but is offered separately from same vendor.

Promising

Upcoming devices looking promising, but not yet available for general sale.

Unsuitable

  • Odroid before U3 models: Too powerful (requires noisy fan or too expensive to ship heatsink)

  • Raspberry Pi: Requires non-free blob to boot (and pretty weak when using Debian - Raspbian is not Debian)

Devices too expensive not listed here (that'd be a looong list).

See libreplanet processor review for list of processors, pricing (where found), features including Treacherous-capability, FSF Hardware Endorsement Criteria capability etc.

Some benchmark comparison between different processor famillies, which might help in deciding which platform would best fit the requirements can be found here

Hardware list from the PlugApps project here. Good overview of differences in SheevaPlug-class devices.


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