Celeron 2.0

Celeron 2.0 — Specifications, Tests & Benchmarks
Intel

Celeron 2.0

478 Northwood 18.09.2002 1 core / 1 thread 2.00 GHz 73W
🏆 Top #3714
Performance
Synthetic Score
116
Efficiency
1.59
0 перегляди
0 порівняння
0 гри
0 користувачі
0 коментарі
0 закладки
Intel released the Celeron 2.0 processor :year_text, expanding its popular :family_text series. Thanks to the use of the 130 nm process node, the manufacturer achieved an excellent balance of performance. The chip is installed in the compatible motherboards socket. Multitasking is implemented through 1 cores and 1 computing threads, which is sufficient for comfortable work. In standard mode, the chip operates at 2 GHz. The manufacturer indicates heat dissipation at 73 W in standard operating mode. While Celeron 2.0 is not positioned as a flagship gaming solution, it is quite capable of handling popular games at medium settings when combined with a discrete graphics card.

General Information

Release Date 18.09.2002
Market Segment Desktop
Family Classic
Series Celeron
Codename Northwood
Part Number (OPN/S-Spec) SL6LC

Architecture

Socket 478
Microarchitecture NetBurst
Process Node (CPU Node) 130 nm
Foundry Intel
Transistor Count 55 million
Die Size 146.00 mm²
Package Type PGA

Cores & Threads

Total Cores 1
Total Threads 1

Clock Speeds

Base Clock Speed 2 GHz
Multiplier 20.00
Base Clock (BCLK) 100 MHz
Unlocked Multiplier (Overclocking) No

Memory Support

Memory Type 0
ECC Support No

Cache Memory

L1 Cache 8 KB
L2 Cache 128 KB

Power

Base Power Consumption (TDP/PL1) 73 W

Performance

Multi-Core Performance 116 (Calculation)
Gaming Potential (Single-Core) 143 (Calculation)
Efficiency (Perf/Watt) 1.59 pt/W

How this processor performs in games

Всі тести
Тестів поки немає.

Comments

0

Please log in to your account to leave a comment.

Log In or Register

No comments yet. Be the first to comment!

Compare with another graphics card

Швидка навігація

We Use Cookies 🍪

This site uses cookies to enhance your user experience. By continuing to browse, you agree to our Privacy Policy.
By continuing to use this site, you agree to our Terms of Service and Privacy Policy.