Ram is sort of like what the computer uses to run a game.
When you aren't running a game, it usually isn't taking up any RAM.
Hard drive space is what is taken up when things are installed and it isn't gained back until that game is uninstalled.
Giga = 109 1GB = 1,000,000,000 bytes 512GB = 512,000,000,000 bytes
512 kb is 512 kilobites.
To build a kernel with a c compiler, you should have a maximum of 512GB, all what is above 512GB, are used for a linux kernel, because of the stack rate.
The cost of 512 gigabytes varies depending on the type of storage device. For example, a 512GB solid-state drive (SSD) typically ranges from $50 to $100, while a 512GB USB flash drive may cost between $15 to $40. Prices can fluctuate based on brand, performance, and sales promotions. For the most accurate pricing, it's best to check current online retailers or local electronics stores.
I don't want disscuion please can you give me the driver say yes or no? I don't want disscuion please can you give me the driver say yes or no?
Absolutely not. Lets compare building a computer with AlienWare (considered the highest of qualities and highest values by many) with building the exact same computer by ordering the components seperately thanks to services like Pricewatch.com, TigerDirect.com and NewEgg.com, not to mention several others. A brand new computer with the following specs * 1 x Core I7 processor * 3 x 2GB DDR3 RAM * 2 x 256 GB Solid State Disks * 2 x CrossfireX 512GB Nvidia video cards * 1 x Killer brand Network Interface Card * 1 x 1200w Power Supply * 1 x Water cooling system * 1 x computer case At Alienware, this computer costs over $4,000 US. Using Pricewatch I was able to price out this exact same computer for $2000. To answer your question, no the lower the price does not mean a lesser value, but you have to check the components and specs of the computerand know what you're buying.
No, you can't. First check your type, Is it DDR1, DDR2, DDR3 or maybe something else. When you know your type, in your case DDR1, you have to check the speed. DDR1 has 333 or 400, DDR2 has 553,667,800 or 1066, DDR3 has 1066,1333,1600,1800,1866,2000,2133,2200 or 2300 and even higher. In your case 333 or 400 speed. So you can replace your DDR1 depends on your speed for a 512GB, 1GB or 2GB RAM. But you have to check what is max. to place! And you can place DDR3 if you want, but then you have to change motherboard. And in that case better to buy a new computer. Sorry for my english :)
Apple made the change in part to ease the pain of the Pro Max price increase – the new model is $100 more expensive than the original. The price of the 256GB iPhone 15 Pro Max is $1,199. The 512GB and 1TB models are priced at $1,399 and $1,599, respectively.
The main difference between a 512 GB and a 512 MB is the storage capacity. GB stands for gigabytes, which is a larger unit of measurement compared to MB, which stands for megabytes. Specifically, 1 GB is equal to 1024 MB. Therefore, a 512 GB device can store significantly more data compared to a 512 MB device.
SmartMedia is an old flash memory format which is long obsolete. They have since been replaced with the common Secure Digital (SD and SDHC/SDXC), Compact Flash (CF), and others.The SmartMedia cards were created by Toshiba. They had incerdibly limited storage capacities, especially compared to today's cards. The largest size was 128MB, while modern cards come in capacities up to 512GB - that's over 4000 times larger!
Gigabytes (GB) vary with the model of Macbook Pro you decide on. 13-Inch MacBook Pro has 4GB memory and a 500GB hard drive. 13-Inch MacBook Pro with Retina has 8GB memory and ranges from 128GB flash storage to 512GB flash storage. 15-Inch MacBook Pro with Retina has 16GB memory with either 256GB or 512GB flash storage. This information comes from the Apple Store website.
SDXC cards are larger in physical size and have a higher storage capacity compared to microSD cards. SDXC cards can hold up to 2TB of data, while microSD cards typically have a maximum capacity of 512GB. Additionally, SDXC cards are commonly used in cameras and other devices that require higher storage capacity, while microSD cards are often used in smartphones, tablets, and other portable devices due to their smaller size.