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The TeamGroup T-Force DELTA RGB 48GB DDR5 Desktop Memory runs at 7200MHz with a CL34 latency, so the kit handles gaming, streaming and study work without the system stalling while it waits on memory. Forty-eight gigabytes across two modules means many programs and games can stay open at once and still respond immediately.
The TeamGroup T-Force DELTA RGB 48GB DDR5 Desktop Memory runs at 7200MHz with a CL34 latency, so the kit handles gaming, streaming and study work without the system stalling while it waits on memory. Forty-eight gigabytes across two modules means many programs and games can stay open at once and still respond immediately.

Modelled after a stealth aircraft, the DELTA RGB DDR5 pairs a clean geometric heatspreader with a 120° ultra-wide lighting bar along its top edge. That wide diffusion is why the RGB shows as one continuous strip rather than a line of separate points, which is what makes the kit read well through a case window.

Modelled after a stealth aircraft, the DELTA RGB DDR5 pairs a clean geometric heatspreader with a 120° ultra-wide lighting bar along its top edge. That wide diffusion is why the RGB shows as one continuous strip rather than a line of separate points, which is what makes the kit read well through a case window.

Both Intel XMP 3.0 and AMD EXPO profiles are certified on this kit, so reaching the rated 7200MHz is a single BIOS selection instead of a manual timing exercise. TeamGroup validates that on popular ASRock, ASUS, GIGABYTE and MSI boards, which covers Intel and AMD platforms with the same one-click approach.
Both Intel XMP 3.0 and AMD EXPO profiles are certified on this kit, so reaching the rated 7200MHz is a single BIOS selection instead of a manual timing exercise. TeamGroup validates that on popular ASRock, ASUS, GIGABYTE and MSI boards, which covers Intel and AMD platforms with the same one-click approach.


Advanced thermally conductive silicon and a reinforced PMIC cooling design pull heat away from the power management circuitry on the module. DDR5 puts voltage regulation on the DIMM itself, so cooling that area directly is what keeps power distribution efficient and stable through hours of intense use rather than only at start-up.

Advanced thermally conductive silicon and a reinforced PMIC cooling design pull heat away from the power management circuitry on the module. DDR5 puts voltage regulation on the DIMM itself, so cooling that area directly is what keeps power distribution efficient and stable through hours of intense use rather than only at start-up.

On-die ECC is built into each module, detecting and correcting errors within the memory die so they never reach the operating system as instability. That correction layer is a large part of why a high-frequency DDR5 kit can run error-free day after day instead of only holding its rated speed through a short test.
On-die ECC is built into each module, detecting and correcting errors within the memory die so they never reach the operating system as instability. That correction layer is a large part of why a high-frequency DDR5 kit can run error-free day after day instead of only holding its rated speed through a short test.


Integrated Power Management ICs on the DELTA RGB DDR5 smooth power flow to every component on the module and minimise noise interference. Cleaner power matters more as frequency climbs, because electrical noise is what limits how far a module can be pushed before the signal quality starts to break down.

Integrated Power Management ICs on the DELTA RGB DDR5 smooth power flow to every component on the module and minimise noise interference. Cleaner power matters more as frequency climbs, because electrical noise is what limits how far a module can be pushed before the signal quality starts to break down.

The ICs on this kit are selected by TEAMGROUP and put through strict testing for stability and reliability before they go out. Component screening is what makes the difference between a module that advertises a speed and one that holds it under gaming loads and other sustained high-performance tasks.
The ICs on this kit are selected by TEAMGROUP and put through strict testing for stability and reliability before they go out. Component screening is what makes the difference between a module that advertises a speed and one that holds it under gaming loads and other sustained high-performance tasks.


A smart RGB IC controller lets the modules take lighting instructions from popular software such as ASUS Aura Sync and MSI Mystic Light, so the memory follows the same scheme as the rest of the build. Custom lighting designs are created once in that software and applied across every compatible component.

A smart RGB IC controller lets the modules take lighting instructions from popular software such as ASUS Aura Sync and MSI Mystic Light, so the memory follows the same scheme as the rest of the build. Custom lighting designs are created once in that software and applied across every compatible component.

This kit uses DDR5, which is substantially faster than DDR4 while drawing less power for the same work. That combination is the reason a platform move is worth making on its own terms, and it applies to everything the machine does rather than only to the benchmarks that stress memory bandwidth directly.
This kit uses DDR5, which is substantially faster than DDR4 while drawing less power for the same work. That combination is the reason a platform move is worth making on its own terms, and it applies to everything the machine does rather than only to the benchmarks that stress memory bandwidth directly.


The kit installs as two 24GB modules in a black finish, which makes it a straightforward capacity upgrade for anyone who wants more headroom without rebuilding a system around it. Large memory keeps a machine smooth with a lot running at once, and the RGB adds a lit accent to the build.

The kit installs as two 24GB modules in a black finish, which makes it a straightforward capacity upgrade for anyone who wants more headroom without rebuilding a system around it. Large memory keeps a machine smooth with a lot running at once, and the RGB adds a lit accent to the build.
Everything you need to know about this product
It is 48GB of DDR5 supplied as two 24GB modules.
It runs at 7200MHz with a CL34 latency.
Yes, it supports Intel XMP 3.0 and AMD EXPO for one-click overclocking on both platforms.
TeamGroup lists stable operation on popular ASRock, ASUS, GIGABYTE and MSI motherboards.
Yes, on-die ECC detects and corrects errors to keep the system stable.
It uses advanced thermally conductive silicon with a reinforced PMIC cooling design to keep components cool during intense use.
The integrated Power Management ICs minimise noise interference and keep power flowing smoothly to every component.
Yes, the smart RGB IC controller works with lighting software such as ASUS Aura Sync and MSI Mystic Light.
The modules use 120° ultra-wide lighting across a stealth-aircraft-inspired geometric design.
DDR5 is much faster than DDR4 and saves power at the same time.
No, it installs as a straightforward two-module upgrade into standard desktop DIMM slots.
The modules use a black heatspreader with the RGB bar running along the top edge.
AI-Generated Content:These FAQs are generated by an automated AI system and may contain inaccuracies or omissions. Evetech makes no warranties, express or implied, regarding their completeness or reliability. For definitive information, please refer to the manufacturer's official specifications.














Please Note: Product images are for illustrative purposes only and may differ from the actual product.
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