HP ProDesk 480 G2 Microtower vs. Lenovo ThinkCentre M83 Tower
Comparison and Differences
|Model||HP ProDesk 480 G2 Microtower||Lenovo ThinkCentre M83 Tower|
|Form factor||Mini Tower||Mini Tower|
|CPU options||Intel Gen4 i3/i5/i7; Celeron; Pentium;||Intel Gen4 i3/i5/i7; Pentium;|
|Dedicated GPU *||GeForce GTX 1660 Super||GeForce GTX 1650 Low Profile|
|RAM||DIMM DDR3-1600||DIMM DDR3-1600|
|RAM speed||1600 MT/s||1600 MT/s|
|RAM max||16 GB||32 GB|
|USB ports||(2x)USB-A 3.0; (4x)USB-A 2.0;||(4x)USB-A 3.0; (4x)USB-A 2.0;|
|Video ports||VGA; DVI-D;||(2x) DisplayPort; VGA;|
|Other ports||RJ45; Hdph; Mic; Line-Out; Line-In; Serial; (2x) PS2;||RJ45; Hdph; (2x) Mic; Line-Out; Line-In; Serial;|
|Optional ports||SD card reader; Serial; Parallel;||Parallel; Serial; (2x) PS2; Media card reader (USB 2.0);|
|PCI slots||PCIe x16; (2x) PCIe x1; PCI;||PCIe 3.0 x16; PCIe 2.0 x1; PCIe 2.0 x16 (wired x4);|
|Drive bays||(2x) 3.5-inch; 5.25-inch (slim)||2.5-inch; 2.5/3.5-inch; 5.25-inch;|
|PSU||180/300 W||TFX 240 W|
|Weight||6.5 kg (14.33 lb)||7.8 kg (17.20 lb)|
|Price**||Check Price||Check Price|
Differences between HP ProDesk 480 G2 Microtower and Lenovo ThinkCentre M83 Tower
If a more modern desktop is what you are looking for, then you should go with the HP ProDesk 480 G2 Microtower which was released in 2014. The Lenovo ThinkCentre M83 Tower is older and entered production in 2013.
Form factor wise the models are the same - both desktops are of similar size and form.
The two models support the same generation of Intel Core processors. We think that the 4 generation of Intel Core has enough power to execute all of the home and office tasks that most people will care to do.
The Lenovo ThinkCentre M83 Tower has 4 RAM slots while the HP ProDesk 480 G2 Microtower has only 2 slot(s). Of course this is not something to worry about. Just make sure you take it into consideration when planning how much RAM will your system be using.None of the desktops has an advantage when it comes to the speed of the RAM being used. Both models support RAM speeds of up to 1600. Additionally, if you will be needing a lot of RAM, better go for the Lenovo ThinkCentre M83 Tower as it has the ability to run 32 GB of RAM. The HP ProDesk 480 G2 Microtower can do a bit less at max 16 GB. Most of the times, this should be sufficient for most users.
In total the Lenovo ThinkCentre M83 Tower has 8 USB ports. The HP ProDesk 480 G2 Microtower is inferior in this regard and packs 6 USB ports. None of the desktop models has a USB 3.1 port (10Gb/s), so if you need a fast connection to your peripherals you will need to look at other models.
Unfortunately, only the Lenovo ThinkCentre M83 Tower has a DisplayPort. The HP ProDesk 480 G2 Microtower does not have one? Don't worry though, nowadays video adapters are cheap and you can get almost any combination of mode conversion.
None of the models has an HDMI port. If your monitor supports only the HDMI interface, you will need to buy an adapter.
SATA port is where you connect your HDD, SSD and Optical Disk Drives. More SATA slots will allow you to have more drives running at the same time. In this regard the Lenovo ThinkCentre M83 Tower is better equipped as it comes with 4 SATA slot(s).
M.2 SSD interface allows you to transfer data with higher speeds compared to the old SATA. Unfortunately, neither the HP ProDesk 480 G2 Microtower, nor the Lenovo ThinkCentre M83 Tower has one. However, you can still use a SATA SSD drive which should give you satisfactory performance.Remark: Make sure that the M.2 slot supports the PCIe (NVMe) interface. This is important as there are M.2 slots which support only the inferior SATA III interface. For comparison, the SATA III interface has max speeds of 6 Gb/s, while the PCIe 3.0 x4 will support speeds up to 32 Gb/s!
Having a Power Supply Unit with high power rating is important if you are going to use components which require extra power. The Lenovo ThinkCentre M83 Tower comes with a decent 240 Watt PSU, but the HP ProDesk 480 G2 Microtower has a more powerful one rated at 300 Watts. Choosing either one depends on your specific requirements and use case. Also don't forget that some models might have more than one PSU option - try to always get the most powerful one.