Kingston Technology Corp.
Kingston Technology Corp. KF548S38IB-32 32GB DDR5 4800 CL38 laptop RAM
32 GB DDR5 SO-DIMM running at 4800 MHz with CL38 latency and 1.10 V operation
- Capacity32GB
- Type262-Pin DDR5 SO-DIMM
- SpeedDDR5 4800 (PC4 38400)
- CAS LatencyCL38
- Voltage1.10V
- 32 GB capacity for demanding multitasking
- DDR5 4800 speed for fast data transfer
- CL38 latency for responsive performance
- 10 V operation for lower power draw
- 262-pin SO-DIMM fits compatible laptops
32GB DDR5 SO-DIMM for Intel NUC 13 Extreme
This 32GB DDR5 module uses the 262-pin SO-DIMM form factor and runs at 4800 MT/s with CL38 latency. It operates at 1.10V and includes on-die ECC for data integrity. The kit is built for the Intel Next Unit of Computing 13 Extreme Kit NUC13RNGi9.
On-die ECC and low voltage operation
On-die ECC corrects single-bit errors inside the DRAM without extra pins or board support. The 1.10V supply reduces power draw compared with earlier DDR generations while maintaining the 4800 MT/s data rate. No additional software or drivers are required for these features to function.
32GB single-module capacity
A single 32GB stick fills one SO-DIMM slot, leaving a second slot free for future expansion if the platform supports it. The 4800 MT/s speed and CL38 timing suit mainstream workloads and integrated graphics memory bandwidth needs. Systems requiring more than 32GB total memory or higher frequencies will need additional modules or a different specification.
Erősségek
- 32 GB capacity for demanding multitasking
- DDR5 4800 speed for fast data transfer
- CL38 latency for responsive performance
- 10 V operation for lower power draw
- 262-pin SO-DIMM fits compatible laptops
Műszaki adatok
| Brand | Kingston |
|---|---|
| Series | Impact |
| Model | KF548S38IB-32 |
| Capacity | 32GB |
| Type | 262-Pin DDR5 SO-DIMM |
| Speed | DDR5 4800 (PC4 38400) |
| CAS Latency | CL38 |
| Voltage | 1.10V |
| Szállítási súly | 0.29 kg |
| Csomagméret | 69 × 30 × 25 mm |
Kérdések a termékről
Will the on-die ECC on this 32 GB DDR5 module need any user maintenance later?
On-die ECC operates inside the DRAM and requires no user maintenance or replacement during the module's life.
What limit appears first when this CL38 4800 MHz SO-DIMM runs sustained workloads?
The CL38 latency at 4800 MHz is the primary timing boundary that governs sustained throughput.
How much heat or power does this 1.10 V DDR5 stick produce when running all day?
At 1.10 V the module draws minimal power and generates low heat, staying within standard laptop thermal envelopes.
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