TeamGroup
Team T-FORCE VULCAN Z DDR4 3200MHz Desktop Memory
Best reliable memory for budget conscious PC builders.
This Team T-FORCE VULCAN Z memory kit offers a total of 16GB capacity, split into two 8GB modules, for your desktop computer. It operates at a speed of 3200MHz with DDR4 technology, ensuring efficient performance for gaming and multitasking. The memory features a CAS Latency of 16 and timings of 16-20-20-40, with a low operating voltage of 1.35V for energy efficiency. It supports Intel XMP2.0 for easy overclocking and is compatible with both Intel and AMD motherboards. The simple design includes a cooling module with high thermal conductive adhesive for protection.
$149.99
More T-Force Vulcan Z Options
Owner Satisfaction
4.5
/ 5
Category Rank
1290
/ 3541
#1290 in RAM
Price vs Category Average
-71%
Below average
Capacity
16
/ GB
Who it's for
- Mainstream users seeking dependable system responsiveness and smooth multitasking.
- Budget-conscious builders and upgraders prioritizing cost-effectiveness without sacrificing speed.
- PC builders with compact cases or large air coolers needing clearance.
Who should skip it
- Enthusiasts prioritizing vibrant, synchronized lighting for their gaming setups.
- Power users and overclocking enthusiasts seeking maximum performance tweaks.
- High-performance gamers and content creators demanding the fastest possible memory.
Performance breakdown
Gaming Responsiveness
The 3200MHz speed provides a smooth, stutter-free experience for modern titles.
Thermal Management
High-conductive adhesive keeps modules cool during extended multitasking sessions.
Overclocking Potential
Intel XMP 2.0 support makes boosting performance a simple, one-click process.
System Compatibility
Broad support ensures seamless integration with most Intel and AMD motherboards.
Energy Efficiency
Low 1.35V operating voltage minimizes power draw without sacrificing system speed.
Build Reliability
High-quality IC selection and a lifetime warranty offer long-term peace of mind.
Key Specs
Capacity
16 GB
Memory Type
DDR4
Speed
3200 MHz
Form Factor
DIMM
CAS Latency
16
Voltage
1.35 V
Module Quantity
2
ECC Support
No
Features
- High thermal conductive adhesive for cooling module protection
- Supports Intel & AMD motherboards
- Supports XMP2.0 for overclocking
- Selected high-quality IC for energy saving
- Ultra-low working voltage
- Lifetime warranty
What customers say
Customers consistently praise this memory for its exceptional value and reliable performance. Many users highlight its ease of installation and stable operation, making it a popular choice for system upgrades and new builds. The consistent speed and compatibility across various motherboards are frequently noted, contributing to a positive user experience. Its affordability combined with dependable functionality makes it a standout option for those seeking efficient memory without a premium price tag.
Know before you buy
Yes, the Team T-FORCE VULCAN Z is compatible with both Intel and AMD motherboard platforms. It is designed to function seamlessly across most modern desktop builds.
To reach the advertised 3200MHz speed, you will need to enable the XMP 2.0 profile in your motherboard's BIOS settings. Without enabling this, the memory may default to a lower standard speed.
No, this kit features a minimalist design with a functional heat spreader but does not include RGB lighting. It is an ideal choice if you prefer a clean, low-profile aesthetic for your PC.
No, this is a DIMM form factor designed specifically for desktop computers. It will not fit into the smaller SO-DIMM slots found in laptops.
The heat spreader uses high-thermal conductive adhesive to help dissipate heat away from the memory chips. This helps maintain stability and performance during intensive tasks like gaming or multitasking.
No, this is unbuffered, non-ECC memory. It is intended for standard consumer desktop use rather than professional workstation or server environments that require error-correcting code.
Still have a question?
Ask Hayley anything about this product before you decide.