其他功能
| 连接/工作 LED |
Y |
| 连通的液晶显示器 |
Y |
| 网路功能 |
Gigabit Ethernet |
处理器
| 处理器高速缓存 |
1 MB |
| 处理器光刻 |
45 nm |
| 散热设计功耗 (TDP) |
13 W |
| 实体位址扩充（PAE） |
32 bit |
| 处理器封装尺寸 |
22 mm |
| Processor ARK ID |
43098 |
| 处理器代码 |
SLBLA |
| 处理器高速缓存类型 |
L2 |
| 处理器支持内存带宽（最大值） |
6.4 GB/s |
| 无冲突处理器 |
N |
| 结温 |
100 °C |
| 处理器运行模式 |
64-bit |
| 二级缓存 |
2 MB |
| 步进 |
B0 |
| 核心的处理器数量 |
2 |
| 处理器频率 |
1.66 GHz |
| 处理器支持最大内存 |
4 GB |
| 处理器支持 ECC 功能 |
N |
| 总线类型 |
DMI |
处理器的特殊功能
| 执行禁止位 |
Y |
| 热监测技术 |
N |
| 英特尔®可信执行技术 |
N |
| 英特尔®64 |
Y |
| Number of Processing Die Transistors |
176 M |
| 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) |
N |
| 英特尔®超线程技术 |
Y |
| 英特尔®Turbo Boost技术 |
N |
| 英特尔® 增强暂停状态 |
N |
| 增强型英特尔®SpeedStep动态节能技术 |
N |
| 英特尔®基于需求开关 |
N |
联网
| iSCSI的支 持 |
Y |
| 动态主机配置协议客户 |
Y |
| 动态主机配置协议服务器 |
Y |
| 无线局域网连接 |
Y |
| 支持网络协议 |
TCP/IP, CIFS/SMB, AFP (3.2), NFS (v3), FTP, HTTP, HTTPS, SSH, iSCSI, SNMP |
| 遵守工业标准 |
IEEE 802.3ad |
另外
| Processing die size |
87 mm² |
| 巨型帧 |
Y |
| 开/关切换钮 |
Y |
| 英特尔®AES新指令 |
N |
| 以太网路(RJ-45)连接接口数量 |
2 |
| 数据传输率（最大） |
1000 Mbit/s |
TS-659 Pro+, D510, 1.66 GHz, 1M Cache, FCBGA559, 1GB RAM, Flash Memory 512MB, Gigabit Ethernet, RJ-45, USB 2.0, eSATA, LCD, 43W, VGA, black
TS-659 Pro+
Modern business faces the challenge of dramatic growth of digital data, such as documents, emails, applications and so on. To deploy the IT environment with a reliable, affordable and expandable storage center to securely store, share, and back up the digital assets has become an important task for the server managers of the SMB and entry-level enterprise nowadays.
The TS-659 Pro is the powerful 6-bay network attached storage (NAS) server, which is designed to provide a cost-efficient and easy-to-use solution with iSCSI service for virtualized and clustered environment. The Turbo NAS also offers versatile business applications to optimize the usage of as a data storage center in the business environment.
Incorporating the next-generation Intel® Atom™ Dual-Core processor and 1GB DDRII RAM, the Turbo NAS delivers exceptional performance and maintains high reliability for multiple concurrent applications and intensive data transfer with guaranteed low power consumption.
