Like the DDR3, DDR4 is offered with a range of specs. The DDR4-2400 is the smallest, while the DDR4-4400 has the highest speed and bandwidth. As the RAM chip of the future, most users are expected to embrace this module as it has a higher data capacity, speed, and scalability. These are the features that most heavy users look for. The SDRAM of your machine determines its memory speed and how much data you can store on your machine. Choosing the right one for your needs is important so that you can process data at optimal speeds and keep your costs at manageable levels. There are DDR3 RAM chips with varying capacities on the market. You can choose DDR3-800 if you don't work with large files. And if you need more space but aren't ready to upgrade your motherboard, you can upgrade to a higher capacity DDR3 chip such as DDR3-1600.

We understand that you are not necessarily a tech guru, but you still need to understand the right RAM chip for your device, the options available on the market, and how they affect the efficiency of your device. Let's answer some common relevant questions for your deeper understanding in this section. Is 8GB DDR4 Better Than 16GB DDR3? Having seen the distinctive characteristics of the DDR3 and DDR4, let's make a direct comparison. Differences Between DDR3 and DDR4 If you are not a heavy user, and you do not frequently need extra-large data storage capacity, a DDR3 will serve you well. It is excellent value for the money. Despite being significantly cheaper, it delivers latency almost equal to DDR4.

Dominate Demanding Programmes with DDR4

The 288-pin interface makes this chip highly efficient. The pins are arranged in a way that makes it easy for you to fix the chip on your machine. Also, you cannot mistakenly fix it on an incompatible slot as they are shaped differently not to fit on any other slot other than a DDR4 slot. Power Consumption

As much as these two chips are different, they also have some things in common, as discussed below. Energy Efficiency Both have a data capacity range, so it is possible to get a DDR3 with a higher capacity than the base DDR4 model –but in general, DDR4 has a higher capacity than DDR3. The range for DDR4 is 2GB-128GB. DDR3 has a capacity range of 512MB-32GB. Similarities Between DDR3 and DDR4 Your DDR3 will transfer between 8.5-14.9 Gigabytes per second while the DDR4 transfers 17-21.3 GBs. Data CapacityDDR4 is measurably faster than DDR3. It ranges from 1060-2133MHz while the slower DDR3 ranges from 800-1060MHz. This is a significant difference, making DDR4 famous with heavy users as their bulky files are processed efficiently and at faster speeds. For instance, DDR4-3200, the latest release for industrial users, has a higher transfer rate, at 70% faster data transfer than the latest DDR3-1866. Can I Use DDR4 Instead of DDR3? Even with such heavy usage, you will notice a decrease in your energy bills if you use this RAM chip as it is made with power-saving enhancements. This will especially be helpful if you need a number of these chips for your gaming PCs or server.

Credit is provided by Novuna Personal Finance, a trading style of Mitsubishi HC Capital (UK) PLC, authorised and regulated by the Financial Conduct Authority. Financial Services Register no. 704348. The register can be accessed through http://www.fca.org.uk How does this translate to real-world performance? As Anandtech found in some comprehensive benchmarks comparing DDR3 and DDR4, neither was a clear performance leader. The difference between DDR3-2133 and DDR4-2133 was negligible in a number of applications, ranging from Handbrake video conversion to half a dozen different games. DDR3 was slightly faster about half the time, and typically only a few percentage points separated the two memory types.

The DDR3 uses about 30% less power and is two-times faster than its predecessor, the DDR2. The DDR2 has a RAM speed of 3200 megabytes per second (MBps) while DDR3 can achieve 6400 MBps. Essentially, if you have a computer with a DDR3, it will process files twice as fast as a DDR2 equipped machine.