8GB PC4 2666 Laptop Ram
- High-Density Capacity: Features a single 8GB module capable of handling memory-intensive modern applications.
- Next-Gen DDR4 Architecture: Operates on the advanced PC4-21300 standard, offering vastly superior bandwidth over older DDR3 alternatives.
- Optimized Clock Speed: Runs at a rapid 2666 MHz frequency to accelerate computing cycle data transmission rates.
- Compact Layout Form Factor: Built as a 260-pin SO-DIMM component designed strictly to slide neatly into compact laptop chassis.
- Low-Voltage Energy Profile: Operates at a mere 1.2V power draw, reducing internal heat generation and preserving overall battery life.
- Universal Architecture Compatibility: Engineered for effortless deployment across Intel and AMD mobile processing architectures.
KSh 6,499.00 Exclusive of 16% VAT
Description
8GB PC4 2666 Laptop Ram Price in Kenya
The implementation of this hardware upgrade directly amplifies your computer’s short-term data access capability, resulting in immediate computing responsiveness. Operating at an efficient data transfer rate of 2666 MHz, the internal memory channel processes millions of operations per second to establish a fluid computing experience. By migrating your operating environment away from standard 4GB constraints to a spacious 8GB capacity ecosystem, you gain the computing freedom to execute demanding tasks concurrently. Heavy web applications, background software processes, and local text processing tools operate simultaneously without causing aggressive system freezes. This component acts as a highway expansion for your processor, guaranteeing data packets arrive at their destinations without encountering local data congestion or frustrating app crashes.
Energy Efficiency & System Temperature
Operating on a sophisticated 1.2V electrical framework, this memory upgrade cuts down on the operational power requirements common to older-generation computer components. Lower electricity consumption translates directly to diminished operational heat dissipation within the naturally constrained interior of modern portable computers. By remaining incredibly cool during intense data read-and-write periods, the hardware protects adjacent internal processing parts from experiencing heat-related thermal degradation. This minimized energy footprint plays a fundamental role in maintaining long-term hardware health and reducing fan acoustic noise. Furthermore, users across Kenya will realize the direct benefits of extended notebook battery runtimes, allowing for prolonged productivity periods away from mains electrical wall outlets.
Design & Engineering Build Quality
Constructed as a specialized 260-pin Small Outline Dual In-Line Memory Module, this hardware showcases precise mechanical design tailored specifically for sleek modern notebooks. High-grade printed circuit boards hold premium semiconductor components sourced from leading global silicon fabrication facilities to maintain operational longevity. The module utilizes micro-engineered curved gold contacts along its physical insertion edge to assure a locked-in mechanical fit within the motherboards. These meticulous manufacturing tolerances eliminate localized data line noise, creating incredibly stable data signal routing and stopping errors before they happen. Its resilient construction stands up securely against typical laptop vibration stresses caused by regular transportation, ensuring the item remains completely uncompromised over years of active daily usage.
Universal Compatibility & Simple Setup
Simplicity sits at the center of this hardware component’s rollout layout, supporting hassle-free integration across a broad array of processing units. It delivers complete hardware architecture synchronization across mainstream Intel and AMD mobile computing motherboards, adapting perfectly to existing native system settings via automated firmware discovery. Requiring zero complex coding adjustments or sophisticated technical skills, the integration pathway demands nothing more than a standard screwdriver and a few minutes of patience. The plug-and-play architecture syncs seamlessly with the host BIOS immediately upon physical seating, allowing users to experience an instantaneous increase in boot velocities. This predictable compatibility eliminates technical guesswork, letting individuals execute quick upgrades safely from the convenience of their own workspaces.
| Specification Attribute | Technical Data Value |
| Memory Generation Type | DDR4 SDRAM (PC4) |
| Total Storage Capacity | 8 Gigabytes (8GB) |
| Data Transfer Rate Frequency | 2666 MHz / 2666 MT/s |
| Industry Bandwidth Classification | PC4-21300 |
| Physical Interface Module | 260-Pin SO-DIMM (Small Outline) |
| Standard Operating Voltage | 1.2 Volts (Low Voltage) |
| CAS Latency Standard | CL19 / CL17 (Variant dependent) |
| Error Checking Code Type | Non-ECC Unbuffered |
| Internal Chip Configuration | 1Rx8 / 2Rx8 Architecture |








