We also discovered an interesting quirk while testing the Extreme Pro - it didn’t play well with our Sabrent four-port USB hub, despite being connected to the USB 3.0 and its own external power source. No matter the file type or size, it took about twice as long to use the encryption software to transfer files. Transfer speeds aren’t shown when using the SecureAccess encryption software, but a simple stopwatch test told us that transfer speeds slowed down considerably when being encrypted, or read from encryption. The write speed fluctuated wildly between 40 and 80 MB/s, taking a minute and 45 seconds to fully transfer, and nearly that long to read back to the PC.
We transferred a music folder full of over 1,800 music tracks, sorted and unsorted (a litter over 6GB). Transferring a folder full of media files can be a trickier test. SanDisk advertises the Extreme Go’s read speed up to 200 MB/s and write speed up to 150 MB/s.Ī full length HD film, Avengers: Infinity War, took about 40 seconds to write.
The drive and SecureAccess encryption software support Windows Vista, 7, 8, 10, and Mac OS X (version 10.7 and up). The SanDisk Extreme Go USB drive is built for USB 3.1 Gen 1 (USB 3.0), but also supports USB 2.0 slots. While connected to a powered PC, a large blue LED light slowly blinks to indicate the USB drive is properly connected. It moves forward or backward with a satisfyingly loud click, and stays locked into its position (there’s a bit of give when slotting into a USB port, however). The top of the Extreme Go features a molded slider that extends and retracts the connector. A small key ring is included, though the drive’s large size precludes us from hooking it on to our car keys. At nearly three inches long, it’a almost twice the length of typical flash drives. The case feels hollow and cheap, almost like a toy that could be crushed just by squeezing it. The SanDisk Extreme Go is encased in a bulky black plastic shell. ©Copyright 2002-2004.Lifewire / David Kukin Design: Lots of plastic
Frequently there is a Series designator in a circle preceeding the serial number on the left side of the action.ĬASTLE-THUNDER.COM - Back to Home Page Some graphics courtesy Hipp'os-sible Productions® The Arsenal mark on Japanese rifles is generally found to the right of the serial number on the left side of the receiver.
The serial number is found on the left side of the receiver on most standard rifles. The Model/Type markings are generally found on the top of the receiver, forward (towards to muzzle) of the chamber and generally indicate original caliber unless modified by another country at a later date. Receiver Markings of the 7.7 Caliber guns are below.ħ.7 Caliber Japanese Rifle Receiver Markings These rifles include: The Type 99 Long Rifle, the Type 99 Short Rifle, the Type 99 Carbine, the Type 99 Naval Special, the Type 100 Paratroop Rifle, and the Type 2 Paratroop Rifle. It was a redesign of the Type 38 in a larger caliber, 7.7 Japanese. In the late 1930's the Japanese developed a rifle to compete in 'Modern Warfare'. These rifles include: The Type 30 Long Rifle and Carbine, the Type 35 Rifle, the Type 38 Long Rifle, Short Rifle, and Carbine, the Type 44 Carbine, the Type 97 Sniper Rifle, and the Italian Type I Long Rifle.Ħ.5 Caliber Japanese Rifle Receiver Markingsįound in Long Rifle and Carbine configurationsģ Variations Identified by Bayonet Housings Below are the markings on rifles in 6.5 Japanese Caliber manufactured from 1897 until the mid 1940's.
Modern Japanese rifles were produced in various configurations and calibers at several Arsenals located thoughout Japan, China, and Korea from about 1897 through 1945. : Japanese Arisaka Rifle Identification Japanese Rifle IdentificationĬASTLE-THUNDER.COM Rifles - Back to Main Page Receiver Markings Japanese Rifles 1897-1945