Aerial Camera, Data Processing, LiDAR

19 Sep. 2017

RAID-1: Theory behind RAID (Part 1)

Talking about RAID is very common in our industry, since aerial mapping produce always a huge amount of data at…

aerialsurveybase Ollie

Aerial Camera, Data Processing, LiDAR

19 Sep. 2017

RAID-2: Which RAID Level should I use? (Part 2)

Which RAID level should I use? some guidelines to choose the right RAID level for your aerial mapping environment. in…

aerialsurveybase Ollie

Aerial Camera, Data Processing, LiDAR

19 Sep. 2017

RAID-3: Lack of write speed gain (Part 3)

Why there is no write speed gain when using a higher RAID level? in Part 2 - Which RAID Level…

aerialsurveybase Ollie

Aerial Camera, Data Processing, LiDAR

19 Sep. 2017

RAID-4: The Myth of Redundancy in Data Storage – (Part 4)

The Myth of Redundancy in Data Storage Redundancy in a data storage system does not by itself guarantee reliability. Are…

aerialsurveybase Ollie

Aerial Camera, Data Processing, LiDAR

19 Sep. 2017

RAID-5: RAID comparison 8x Toshiba X300 array (Part 5)

Raid Level Comparison Drives used for test: Toshiba X300 Extreme Performance HDD,  6TB (HDW160EZSTA) (link) Technical specs: 3,5“ mechanical HDD…

aerialsurveybase Ollie

Aerial Camera, Data Processing, DMC aerial camera, LiDAR, Vexcel

19 Sep. 2017

RAID-6: Why RAID is not a backup (Part 6)

Why RAID is not a Backup Solution Can I use a RAID as a backup? Aerial Sensor Operators acquire a…

aerialsurveybase Ollie