PHS-memory 4GB RAM Memory for Toshiba TCxWave 6140-14C DDR4 SO DIMM 2133MHz
Toshiba TCxWave 6140-14C, 1 x 4GBPrice in EUR including VAT
Delivered between Sat, 16/5 and Wed, 20/5
More than 10 pieces in stock at supplier
More than 10 pieces in stock at supplier
free shipping
Product details
The 4GB RAM memory from PHS-memory is specifically designed for the Toshiba TCxWave 6140-14C model and offers a reliable and powerful memory upgrade. With a memory clock frequency of 2133 MHz and the DDR4 SO-DIMM form factor, this RAM is optimally suited for the demands of modern applications. Compatibility with the Toshiba TCxWave 6140-14C ensures easy installation and seamless integration into existing systems. The memory operates at a voltage of 1.2 volts, contributing to improved energy efficiency. This memory module configuration is ideal for users looking to enhance the performance of their devices, whether for business applications or everyday use.
- 100% compatible with Toshiba TCxWave 6140-14C
- DDR4 RAM for improved performance
- Energy-efficient with 1.2 volts operating voltage
- SO-DIMM form factor for easy installation.
Compatible brand | Toshiba |
RAM for model | Toshiba TCxWave 6140-14C |
Memory configuration | 1 x 4GB |
Memory type | DDR4-RAM |
Storage clock frequency | 2133 MHz |
RAM buffer | Unbuffered |
Item number | 22409640 |
Manufacturer | PHS-memory |
Category | RAM Model-specific |
Manufacturer No. | SP279049 |
Release date | 19/4/2021 |
Compatible brand | Toshiba |
RAM for model | Toshiba TCxWave 6140-14C |
Memory configuration | 1 x 4GB |
Memory type | DDR4-RAM |
Storage clock frequency | 2133 MHz |
Storage capacity (RAM) per module | 4 GB |
Memory chip | DDR4 |
Memory form factor | SO-DIMM |
Number of pins | 260x |
RAM buffer | Unbuffered |
Voltage | 1.20 V |
CO₂ emissions | 81,33 kg |
Climate contribution | EUR 2,09 |
Product Safety |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns