Tagged: arm processor

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Orange Pi Mini 2 Disk Performance

The Orange Pi Mini 2 features 4 USB 2.0 ports and promises sufficient performance for a Home NAS set-up. Though the board itself runs very hot may have a short-life without some active cooling, the USB Read – Write performance mattered a lot and hopefully it was not affected by any other parameter. I ran a bunch of disk read-write tests on USB Pen-Drives, USB Hard Disk Drives and Micro-SD Cards and tabulated their results. Read more to find out if the board is suitable for a Home NAS.

9

Review of Orange Pi Mini 2

The Orange Pi Mini 2 is a Single Board Computer based on Amlogic H3 Quad Core CPU using ARM architecture. While it is based on the original concept by Raspberry Foundation’s Raspberry Pi, the Orange Pi technically exceeds the Raspberry Pi in it’s specifications. While, evolution in technology is natural and newer equipment automatically benefit, the underlying technology alone does not define a product that meets or exceeds user expectations. Ergonomics, usability and compatibility define if a product will succeed or fail. The Orange Pi Mini 2 gets a number of factors right and has scope for improvement in others.

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I Will Have A Raspberry Pi Please

The $25 Raspberry Pi B+ Single Board Computer had me most excited for the best part of 1st half of this year. There are a ton of projects planned around it and technology folks and educators alike are hailing it as a milestone in computing. I could potentially convert the device to serve a number of functions that previously required at-least a $500 worth Laptop computer. Perhaps I am aiming too high, perhaps I am aiming at the wrong targets. Over a few months, my use of the device has stabilized and clarity reached in thought processes. Read on to discover what task I have assigned to it.

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Raspberry Pi B+ WiFi Throughput Test

The Raspberry Pi B+ is a versatile low-cost Single Board Computer that is making waves in the technology world. The network performance of the board has always been up for question since the Ethernet interface shares the USB bus. Since USB 2.0 Bus has a theoretical top speed of 480 Mbps and typical Single Band (2.4 GHz) WiFi-N performance tops out 150 Mbps, would the suspected limitations prove to be real bottleneck?