120GIG SSD R650 IN CAPE TOWN

The ssd is brand new sealed in the box for R650. call / whatsapp Charles Benefits of ssd START UP SPEED – The typical SSD starts up in about 15 seconds compared to a hard drive which takes over a minute. In considering the value of your time, a typical person starts their computer 5 times a day which would be a savings of 3 3/4 minutes per day of just under a full day a year…waiting for your computer to start. What is a full day worth to you? NO MOVING PARTS – An SSD has absolutely no moving parts, whereas a hard drive has a disk that spins as high as RPM typically, or 67 miles per hour on its outer edge. As you can imagine, this becomes a natural concern for such things as battery life, temperature, and endurance. The hard drive is depicted on the left with SSD on the right. TEMPERATURE – It is a given that a storage device that doesn’t spin at 67mph would be much cooler than a hard drive. This becomes particularly important when consumers choose to utilize smaller laptops that are just over 1/2? thick. BATTERY LIFE - Since the first SSD review linked above, the increased battery life of laptops with SSDs has been very evident. Today, we are seeing typical manufacturer advertisements of eight hour battery life while a few have been able to reach the ten hour mark. PRACTICALLY INDESTRUCTIBLE - Solid state drives have been dropped from multistory buildings, run over by cars, used as hockey pucks while a player takes a slapshot and they have even been taped to the side of rockets simply to prove that they are as close to indestructible as it gets. END LIFE DATA INTEGRITY – When a hard drive reaches end life and crashes, the information is gone. When a SSD reaches end life, it does not crash. It simply prevents further writing to the SSD and all information contained is fully accessible. In fact, there have yet to be any predictions as to how long this information will last other than the life of the NAND flash memory for which the data is stored. ENVIRONMENTAL FACTORS – The typical SSD can function in extreme high and low temperatures along with its ability to withstand extreme shock and force. A quick check of the specs of one of the recent drives we reviewed, the Corsair Force GT, shows that it is able to operate in temperatures from -20 to 85 degC, 90% humidity, up to an altitude of feet and can withstand the force of G. No wonder the SSD is such a hot commodity in fighter jets! Here is a first hand demonstration that we observed while visiting Memoright at Computex: SYSTEM PERFORMANCE – System performance represents the most important aspect of hard drive to SSD transition which is why we left it to last. This is initially evident in start up times which are a result of the incredibly fast disk access speed of the SSD which is typically 90 times faster than the hard drive. It also filters down to application loading and general system performance, the reason of which comes down to basic mechanics of the two: