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Cpu Gb2 -

1. Introduction: What is “CPU GB2”? In the world of processor performance evaluation, few acronyms carry as much historical weight as GB2 — shorthand for Geekbench 2 . For hardware enthusiasts, overclockers, and system reviewers active between roughly 2009 and 2014, “CPU GB2” scores were a standard currency of computational bragging rights. Even today, when modern benchmarks like Geekbench 6, Cinebench R23, or PassMark dominate discussions, GB2’s legacy persists in archives, retro-comparisons, and legacy hardware analysis.

| Processor | Single-Core | Multi-Core | |-----------|-------------|-------------| | Intel Pentium 4 3.0 GHz | ~1500 | ~1500 (no HT) | | Intel Core 2 Duo E8400 | ~2500 | ~4500 | | Intel Core i7-2600K (stock) | ~3500 | ~12,000 | | AMD FX-8350 (stock) | ~2200 | ~10,500 | | Apple A6 (iPhone 5) | ~800 | ~1400 | | Intel Core i7-4960X (6-core) | ~3800 | ~19,000 | cpu gb2

Geekbench 2, developed by Primate Labs (now owned by Geekbench Inc.), was a cross-platform benchmark designed to measure processor performance across diverse operating systems (Windows, macOS, Linux, iOS, Android). Unlike synthetic tests that focused purely on theoretical FLOPs or memory bandwidth, GB2 emphasized — from image compression to encryption, from text processing to physics simulations. 2. Why GB2 Mattered Then 2.1 The Multi-Core Transition Era When GB2 launched in 2009, the computing industry was in the throes of the multi-core revolution. Single-core frequency wars were giving way to dual-core, quad-core, and eventually hexa-core consumer CPUs. However, many benchmarks of the time still favored raw clock speed over parallel efficiency. GB2 was among the first mainstream tests to separately report integer, floating-point, and memory scores , while also providing both single-core and multi-core results. Unlike synthetic tests that focused purely on theoretical

For retro-computing enthusiasts, historians of technology, and anyone maintaining legacy systems, GB2 scores provide a consistent, reproducible way to compare processors across a decade of rapid change. It reminds us that benchmarks are not eternal truths but snapshots of what “real-world performance” meant at a given moment in time. For retro-computing enthusiasts

1. Introduction: What is “CPU GB2”? In the world of processor performance evaluation, few acronyms carry as much historical weight as GB2 — shorthand for Geekbench 2 . For hardware enthusiasts, overclockers, and system reviewers active between roughly 2009 and 2014, “CPU GB2” scores were a standard currency of computational bragging rights. Even today, when modern benchmarks like Geekbench 6, Cinebench R23, or PassMark dominate discussions, GB2’s legacy persists in archives, retro-comparisons, and legacy hardware analysis.

| Processor | Single-Core | Multi-Core | |-----------|-------------|-------------| | Intel Pentium 4 3.0 GHz | ~1500 | ~1500 (no HT) | | Intel Core 2 Duo E8400 | ~2500 | ~4500 | | Intel Core i7-2600K (stock) | ~3500 | ~12,000 | | AMD FX-8350 (stock) | ~2200 | ~10,500 | | Apple A6 (iPhone 5) | ~800 | ~1400 | | Intel Core i7-4960X (6-core) | ~3800 | ~19,000 |

Geekbench 2, developed by Primate Labs (now owned by Geekbench Inc.), was a cross-platform benchmark designed to measure processor performance across diverse operating systems (Windows, macOS, Linux, iOS, Android). Unlike synthetic tests that focused purely on theoretical FLOPs or memory bandwidth, GB2 emphasized — from image compression to encryption, from text processing to physics simulations. 2. Why GB2 Mattered Then 2.1 The Multi-Core Transition Era When GB2 launched in 2009, the computing industry was in the throes of the multi-core revolution. Single-core frequency wars were giving way to dual-core, quad-core, and eventually hexa-core consumer CPUs. However, many benchmarks of the time still favored raw clock speed over parallel efficiency. GB2 was among the first mainstream tests to separately report integer, floating-point, and memory scores , while also providing both single-core and multi-core results.

For retro-computing enthusiasts, historians of technology, and anyone maintaining legacy systems, GB2 scores provide a consistent, reproducible way to compare processors across a decade of rapid change. It reminds us that benchmarks are not eternal truths but snapshots of what “real-world performance” meant at a given moment in time.

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