Finally, the memory density of DDR4 DIMMs was increased compared to DDR3, so that individual modules can now have even higher maximum capacities.
The Team T-Force Dark ROG DDR4-RAM at a glance:
16 GB DDR4 Dual-Kit (2x 8 GB)
Gray aluminum heat spreader with stylish Dark Knight Armor design
Republic of Gamers certified with special Maya look
Low CL16-18-18-38 latencies
Fast 3,000 MHz clock
1.35 volt voltage
High-end DDR4 memory for gamers, overclockers and design lovers
The powerful DDR4 RAM from Teamgroups T-Force Dark ROG series is explicitly aimed at users who are looking for the certain something with regard to performance and optics. The modules, with their hand-picked chips and the aluminum heat spreader in the Dark Knight Armor design, are ideally suited to work with high-end motherboards. Above all the compatibility to ROG certified mainboards is more than given and therefore the ideal combination.
Regarding design, Team Group has done everything right with the T-Force Dark modules. The gray aluminum heat sinks come in a symmetrical armor design and create an aggressive look. In addition, the heat sink consists of a total of four individual components, resulting in an absolutely unique look. The heat spreaders also provide optimal heat transfer. At the same time, the modules are hardly more than hand warm and are predestined not least because of the selected chips for overclocking attempts.
Because it is a large set of two 8GB modules (16GB total capacity), the bars were tested for compatibility with each other to ensure the best performance. They offer an automatic overclocking function on compatible boards through Intel's XMP-2.0 (Extreme Memory Profile) technology. The 3,000 MHz is achieved with CL16-18-18-38 latencies at 1.35 volts, so there is enormous potential to drive both clock rate and latencies to peak performance.
Technical details:
Memory Type: DDR4
JEDEC: PC4-24000
Capacity: 16 GB / 2x 8 GB (Dual-Kit)
Clock: 3,000 MHz
Latencies: CL16-18-18-38
Voltage: 1.35V
Manufacturing guarantee: limited lifetime (10 years)