内容包装
| 包括显示器 |
N |
| 手持式遥控器 |
N |
| 包括驱动器 |
Y |
| 键盘配件 |
Y |
处理器的特殊功能
| 处理器代码 |
SLBV4 |
| 英特尔®快速存储技术 |
N |
| 英特尔® 快速内存访问 |
N |
| 英特尔® Flex内存访问 |
N |
| 执行禁止位 |
Y |
| 闲置状态 |
Y |
| 热监测技术 |
N |
| 英特尔®可信执行技术 |
Y |
| 实体位址扩充（PAE） |
40 bit |
| 处理器封装尺寸 |
42.5 mm |
| Processor ARK ID |
47925 |
| 英特尔®快速同步视频技术 |
N |
| 英特尔® 内线™ |
N |
| 英特尔®64 |
Y |
| 英特尔® 清晰视频技术 |
N |
| 英特尔® 双显示功能技术 |
N |
| CPU配置（最大） |
2 |
| 可选用的嵌入式选项 |
Y |
| 英特尔®直接输入/输出硬件辅助虚拟化技术 (Intel® VT-d) |
Y |
| 英特尔® 防盗技术 |
N |
| 英特尔®超线程技术 |
Y |
| 英特尔®Turbo Boost技术 |
Y |
| 英特尔® 增强暂停状态 |
Y |
| 英特尔® 我的WiFi技术 |
N |
| 英特尔®MID清晰视频技术 |
N |
| 英特尔®vPro™ 技术 |
N |
| 英特尔®VT-x的扩展页表（EPT） |
Y |
| 英特尔® FDI技术 |
N |
| 增强型英特尔®SpeedStep动态节能技术 |
Y |
| 英特尔®基于需求开关 |
Y |
| 英特尔®无线显示(WiDi)技术 |
N |
| 英特尔®清晰视频高清技术 |
N |
| 支持指令集 |
SSE4.2 |
处理器
| 处理器支持显存频率 |
800, 1066 MHz |
| 总线频率 |
18 |
| 处理器运行模式 |
64-bit |
| 总线类型 |
QPI |
| 处理器安装数量 |
2 |
| 处理器加速频率 |
2.66 GHz |
| QPI链接数量 |
2 |
| 处理器高速缓存 |
12 MB |
| 处理器光刻 |
32 nm |
| 散热设计功耗 (TDP) |
80 W |
| 无冲突处理器 |
N |
| FSB奇偶校验 |
N |
| 步进 |
B1 |
| 核心的处理器数量 |
4 |
| 处理器频率 |
2.4 GHz |
| 外壳温度 |
77.6 °C |
| 处理器支持 ECC 功能 |
Y |
| 处理器支持内存带宽（最大值） |
25.6 GB/s |
| 处理器支持最大内存 |
288 GB |
| 处理器高速缓存类型 |
Smart Cache |
其他功能
| Mac兼容性 |
Y |
| 内置麦克风 |
N |
| BIOS密码 |
Y |
| 内部驱动器托架 |
4 x 3.5" |
| CD读取速度 |
32 x |
| 软盘驱动器的安装 |
N |
| CD写入速度 |
32 x |
| CD重写速度 |
32 x |
| 音响系统全双工 |
Y |
| 无线技术 |
Wi-Fi |
| 集成电视调谐器 |
N |
| 内置摄像头 |
N |
| 遵守工业标准 |
IEEE 802.3, IEEE 802.3u, IEEE 802.3ab |
| 网路功能 |
Gigabit Ethernet |
| 运行温度范围（T - T） |
50 - 95 °F |
| 图形适配器系列 |
AMD |
端口 & 界面
| 耳机输出端口 |
1 |
| DVI端口 |
N |
| 智能卡插槽 |
N |
| Line-in |
Y |
| Line-out |
Y |
| IEEE 1394/Firewire(火线)端口数量 |
4 |
| S/PDIF输出接口 |
Y |
| 麦克风/音频输入插孔 |
N |
| DC-IN插口 |
N |
联网
| 蓝牙 |
Y |
| 以太网的数据传输率 |
10, 100, 1000 Mbit/s |
| 蓝牙版本 |
2.1+EDR |
| 无线局域网连接 |
Y |
扩展槽
| PCI Express × 4插槽 |
2 |
| PCI Express x16 插槽 |
1 |
内存参数
| 内存时钟速度 |
1066 MHz |
| 内存布局 |
6 x 1 GB |
| 最大内部存储 |
32 GB |
| 内存类型 |
DDR3-SDRAM |
| 内置存储器 |
6 GB |
图像
| 独立显存类型 |
GDDR5 |
| 独立显卡类型 |
AMD Radeon HD 5770 |
| 独立显卡适配器內存 |
1024 GB |
存储介质
| 硬盘转速 |
7200 RPM |
| 总存储容量 |
1000 GB |
| 集成读卡器 |
N |
| 硬盘接口 |
Serial ATA |
| 安装的硬盘驱动器的数量 |
1 |
另外
| InTru™3D技术 |
N |
| Mini DisplayPort的数量 |
1 |
| 以太网连接器 |
Y |
| 英特尔®AES新指令 |
Y |
| 以太网路(RJ-45)连接接口数量 |
2 |
| 系统总线 |
5.86 GT/s |
Mac Pro - 2 x Xeon E5620 / 2.4 GHz, RAM 6GB, HDD 1 TB, DVD±RW (±R DL), Radeon HD 5770, Gigabit Ethernet, 802.11 a/b/g/n, Bluetooth
The new Mac Pro delivers more processing power, more graphics performance, and more storage options. It’s the world’s newest superpower.
The new Mac Pro offers two advanced processor options from Intel. The Quad-Core Intel Xeon “Nehalem” processor is available in a single-processor, quad-core configuration at speeds up to 3.2GHz. For even greater speed and power, choose the “Westmere” series, Intel’s next-generation processor based on its latest 32-nm process technology. ”Westmere” is available in both quad-core and 6-core versions, and the Mac Pro comes with either one or two processors. Which means that you can have a 6-core Mac Pro at 3.33GHz, an 8-core system at 2.4GHz, or, to max out your performance, a 12-core system at up to 2.93GHz.
Many multicore processors are composed of two separate dies, which means some cached data has to travel outside the processor to get from core to core. That’s an inefficient way to access information. Enter the Quad-Core and 6-Core Intel Xeon processors. Their single-die, 64-bit architecture makes 8MB or 12MB of fully shared L3 cache readily available to each of the processor cores. The result is fast access to cache data and greater application performance. Combine that with the other technological advances and you get a Mac Pro that’s up to 1.5x faster than the previous generation.
System memory is often connected to a processor through a separate I/O controller. But Intel Xeon “Nehalem” and “Westmere” processors feature an integrated memory controller. By connecting memory directly to the processor, the new Mac Pro processors have faster access to data stored in memory, and memory latency is reduced.
The integrated memory controller, along with fast DDR3 ECC SDRAM at either 1066MHz or 1333MHz, gives Mac Pro an increase in memory bandwidth over previous generations. More bandwidth allows for more data to be fed to the processor faster, helping each core spend its time processing data, not waiting for information to arrive. And Error Correction Code (ECC) corrects single-bit errors and detects multiple-bit errors automatically. That’s especially important in mission-critical and compute-intensive environments.
The Mac Pro features Turbo Boost, a dynamic performance technology that automatically boosts the processor clock speed based on workload. If you’re using an application that doesn’t need every core, Turbo Boost increases the speed of the active ones, up to 3.33GHz on a 12-core Mac Pro, and up to 3.6GHz on a 6-core system.
