Hiksemi FUTURE Series DDR4 / DDR5 RAM Price in Pakistan | Skyrs

PRODUCT DATA SHEET: HIKSEMI FUTURE SERIES DDR GAMING MEMORY

The HIKSEMI FUTURE Series DDR UDIMM memory modules are engineered specifically for high-performance PC enthusiasts, hardcore gamers, and heavy-workload content creators. Featuring high-quality, rigorously screened IC chips and a heavy-duty metal aluminum heatsink (available with dynamic customizable RGB lighting profiles), this flagship series unlocks exceptional overclocking headroom, minimizes latency, and ensures system stability under extreme computing conditions.


TECHNICAL SPECIFICATIONS & VARIANT MATRIX

The FUTURE Series spans both established high-speed DDR4 and next-generation DDR5 platforms, offered in highly flexible single-module or dual-channel kit configurations to address diverse system architectures

Memory Generation Available Capacities Frequency / Speeds Voltage Profile Support Pin Count
FUTURE DDR4

8GB / 16GB / 32GB (Single)


16GB / 32GB / 64GB (Kits)

3200 MHz


3600 MHz


4000 MHz

1.35V – 1.4V Intel XMP 2.0 288-Pin UDIMM
FUTURE DDR5

16GB / 32GB (Single)


32GB / 64GB (Kits)

6000 MHz / 6400 MHz


7200 MHz / 8000 MHz

1.1V – 1.4V Intel XMP 3.0 / AMD EXPO 288-Pin UDIMM

ENVIRONMENTAL & MECHANICAL METRICS

  • Form Factor: Unbuffered DIMM (UDIMM) for Desktop Computing

  • Heat Dissipation: Premium Aviation-grade Metal Heatsink (with integrated RGB light guide diffuse bar)

  • Physical Dimensions: 133.25mm × 31.25mm × 3.77mm (With Heatsink structural assembly)

  • Operational Temperature Tolerance: 0°C to 85°C


DEPLOYMENT, INSTALLATION, AND CONFIGURATION

To fully capitalize on raw memory frequencies and maintain cross-component electrical stability, systemic handling rules must be carefully followed.

Physical Hardware Deployment

  1. Static Elimination & Safety: Power off the computer entirely and isolate the power supply block (switch off PSU and unplug power cable). Discharge any remaining system capacitors by holding down the PC chassis power button for 5 seconds. Wear an anti-static wrist strap.

  2. Slot Identification (Dual-Channel Architecture): For standard 4-slot motherboards, optimize memory channel loading by utilizing slots A2 and B2 (typically slots 2 and 4 from the CPU socket) to establish stable dual-channel operation.

  3. Seating Layout: Open the mechanical retaining clips on the chosen memory channels. Match the physical gap notch on the bottom edge of the FUTURE DDR module with the mechanical alignment key inside the slot. Apply uniform downwards force on both corners of the stick simultaneously until the plastic clips engage with a distinct mechanical locking click.

System Configuration & Overclocking

  1. Firmware Navigation: Boot up the machine and tap the ‘Del’ or ‘F2’ keys continuously to enter the motherboard’s UEFI/BIOS interface.

  2. XMP / EXPO Profiling: Move to the Overclocking (OC) or Advanced Memory Settings page. Locate the Intel XMP (Extreme Memory Profile) or AMD EXPO option and toggle it from “Disabled” or “Auto” to “Profile 1”. This tells the system to automatically adjust voltage and primary timings to achieve target speeds (e.g., 3600MHz on DDR4 or 6000+MHz on DDR5).

  3. Verification Validation: Save your setting modifications and restart the system. Open the Windows Task Manager (Performance tab) or CPU-Z software utility to verify that the RAM is fully recognized and clocking at its certified optimal operating speed.


EXCLUSIVE PAKISTAN CHANNEL AVAILABILITY NOTICE

Critical Distribution Directive: Premium system integration services, specialized hardware deployment, configuration execution, and official inventory distribution for all variants of the HIKSEMI FUTURE Series DDR Memory are available exclusively through SKYRS in Pakistan. SKYRS maintains sole operational oversight for genuine consumer warranties, certified technical support, and authentic product provisioning nationwide.

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