Imation
- 16 GB DDR4 SO‑DIMM memory module
- 3200 MHz (PC4‑25600) rated speed
- CL22 (or typical latency) timing (check official spec)
- 1.2 V standard DDR4 operating voltage
- JEDEC‑compliant, non‑ECC, unbuffered design
- Ideal for upgrading laptops or small form factor systems
- Improves multitasking, responsiveness, and memory capacity
Imation
Imation 16GB DDR5 5600MHz Desktop RAM – High-Speed UDIMM Memory Module - IM16GDR5UV03D11RD-US
Imation
Imation 16GB DDR5 5600MHz Desktop RAM – High-Speed UDIMM Memory Module - IM16GDR5UV03D11RD-US
- 16 GB DDR5 UDIMM (desktop form factor)
- Rated speed: 5600 MT/s (PC5‑44800)
- Operates at standard DDR5 voltage (1.1 V nominal)
- Unbuffered, non‑ECC memory module
- 288‑pin U‑DIMM design for desktop motherboards
- Ideal for high performance computing, gaming, multitasking
- JEDEC compliant & supports XMP/EXPO where applicable
- 16 GB capacity DDR5 in SO‑DIMM form factor
- Speed: 5600 MHz (native / rated)
- Low operating voltage, high performance
- Ideal for laptop / small form factor systems
- JEDEC‑compliant, compatible with DDR5‑ready systems
- Improves multitasking, memory‑intensive workloads
Imation
Imation 32GB DDR5 5600MHz Desktop RAM – High-Speed UDIMM Memory Module - IM32GDR5UV03D32RD-UC
Imation
Imation 32GB DDR5 5600MHz Desktop RAM – High-Speed UDIMM Memory Module - IM32GDR5UV03D32RD-UC
- 32 GB DDR5 unbuffered desktop memory module
- Rated speed: 5600 MT/s (PC5‑44800)
- Standard DDR5 operating voltage (≈ 1.1 V)
- Non‑ECC, unbuffered for consumer desktop use
- 288‑pin UDIMM form factor
- Ideal for gaming, creative workflows, multitasking, and future‑proof builds
- JEDEC compliant, suitable for DDR5 platform motherboards
- 32 GB DDR5 SO‑DIMM module for laptops and compact systems
- Rated speed: 5600 MT/s / MHz
- Designed for modern DDR5 platforms (JEDEC‑compliant)
- Low voltage operation (≈ 1.1 V) typical for DDR5
- On‑die ECC (error correction) for improved data integrity
- Ideal for heavy multitasking, creative workloads, and gaming
- Supports dual‑channel configurations with matching modules
