RAM
DDR5
DDR4
DDR3
DDR2
About the site
Menu
RAMs
RAM
DDR5
DDR4
DDR3
DDR2
About the site
en
Русский Русский English English Español Español Português Português Deutsch Deutsch Français Français Italiano Italiano Polski Polski 中文 中文 日本語 日本語
Team Group Inc. UD5-6400 16GB
Kingston XRMWRN-HYA 16GB

Team Group Inc. UD5-6400 16GB vs Kingston XRMWRN-HYA 16GB

Overall score
star star star star star
Team Group Inc. UD5-6400 16GB

Team Group Inc. UD5-6400 16GB

Overall score
star star star star star
Kingston XRMWRN-HYA 16GB

Kingston XRMWRN-HYA 16GB

Differences Specifications Comments

Differences

Team Group Inc. UD5-6400 16GB Reasons to consider
Team Group Inc. UD5-6400 16GB
Report a bug
  • Below the latency in the PassMark tests, ns
    21 left arrow 33
    Around 36% lower latency
  • Faster write speed, GB/s
    13.9 left arrow 12.0
    Average value in the tests
Kingston XRMWRN-HYA 16GB Reasons to consider
Kingston XRMWRN-HYA 16GB
Report a bug
  • Faster reading speed, GB/s
    15.9 left arrow 15
    Average value in the tests

Specifications

Complete list of technical specifications
Team Group Inc. UD5-6400 16GB
Kingston XRMWRN-HYA 16GB
Main characteristics
  • Memory type
    DDR5 left arrow DDR4
  • Latency in PassMark, ns
    21 left arrow 33
  • Read speed, GB/s
    15.0 left arrow 15.9
  • Write speed, GB/s
    13.9 left arrow 12.0
  • Memory bandwidth, mbps
    19200 left arrow 19200
Other
  • Description
    PC5-19200, 1.1V, CAS Supported: 22 24 26 28 30 32 34 36 38 40 left arrow PC4-19200, 1.2V, CAS Supported: 10 11 12 13 14 15 16 17 18
  • Timings / Clock speed
    no data / 2400 MHz left arrow 15-15-15, 16-16-16, 17-17-17, 18-18-18 / 2400 MHz
  • Ranking PassMark (The more the better)
    3774 left arrow 2962

Team Group Inc. UD5-6400 16GB RAM comparisons

Corsair CM5S16GM4800A40K2 16GB
G Skill Intl F4-4400C16-8GTRS 8GB

Kingston XRMWRN-HYA 16GB RAM comparisons

Hoodisk Electronics Co Ltd GKE160SO102408-2666 16GB
Crucial Technology BLS4G4D240FSE.8FBD 4GB
RAM Latency Calculator
Calculate Ram speed clock interval in nanosecond format
RAM 1
RAM 2

Latest comparisons