As a starting point, try 1.6 GB and then experiment with more.
一开始，先尝试使用1.6GB的内存，然后尝试用更多内存。
Memory addressability - a 32-bit system can directly address only a 4-gb address space.
可寻址内存-一个32位系统只可以直接寻址4gb的地址空间。
With 100 GB and five memory pools, memory is broken into five pools of roughly 20 GB a piece and each LRUD handles around 20 GB (this is a very simplistic view).
假设使用 100GB内存和五个内存池，内存会划分为五个大约20 GB的池，每个LRUD 处理大约 20 GB（这是非常简化的描述）。
The speed of 6G will exceed 125 GB/s, allowing for a new generation of virtual reality.
6G 的速度将超过125 GB/s，使得新一代的虚拟现实成为可能。
This also leads to the conclusion that measuring the throughput in GB might give incorrect results in a system sizing.
由此也可下结论，在调整系统规模时，以GB衡量吞吐量可能得到不正确的结果。
Network access occurred through a single 1 GB Ethernet adapter running in full-duplex mode.
通过一个1GB以太网适配器进行网络访问，采用全双工模式。
Once you have downloaded it, you should install it on a server that has a minimum of 1 GB of free RAM.
一旦下载了它，您就应该将它安装在一台至少有1gb空闲ram的服务器上。
You pay $2 a month per account plus a fee per GB of data used.
你将为每个账户支付2美元/月的固定费用，以及按GB计算的额外加成。
A machine with 2 GB of RAM is more than enough for this event rate.
具有2GB的RAM的计算机完全足以从容处理这个事件速率。
The AIX server is also configured with a 32 GB swap or paging space on one of the internal disk volumes.
AIX服务器在其中一个内部磁盘卷上还配置有32GB交换区或分页空间。
This feature is valuable when you need to parse XML files over 1 GB; you have only a small set of files and an abundance of processors.
当您需要解析超过1GB 的XML文件时，该功能很有价值；您只有一小部分文件而有许多处理器。
There might be a single user (or group of users) with a 10 GB mail file, or there can be a large number of large mail files, with each scenario driven by the needs of the business.
受到业务需求的驱动，可能一个用户(或一组用户)就有多达10GB的邮件文件，或者出现许多大型的邮件文件。
现在您得到了一个40GB的硬盘。
For example, if you had a 2 GB buffer pool, when 60% of changed pages is reached, 1.2 GB (60% of 2 GB) would be written to disk as page cleaners are triggered.
例如，如果您具有一个2GB的缓冲池，当达到60%的修改页面时，在触发页面清洗器时就有1.2 GB (2 GB的60%)将写入磁盘。
Assume that a certain mail volume (in GB) has to be archived per day.
假设每天要归档一定量(以gb计)的邮件。
This rate of memory usage is much less than the 4 GB memory limit for a 64-bit application server.
这种水平的内存使用量远低于64位应用服务器的4GB内存限制。
In order to get efficient access to data sizes >~1 GB, partitioning should be done along a reasonable key.
为了有效访问大小为 >~1GB 的数据，分区应沿着合理的键进行。
By setting the above ESTORE values, we are in fact still trying to allocate a total of 1.6 GB for ESTORE.
通过设置上面的estore值，实际上我们仍然试图为ESTORE分配总共1.6GB的内存。
With 101 partitions, you can scale up to 101 container servers for a total of 202 GB of items.
在 101 个分区，101 个容器服务器的情况下，您以供可以保存 202GB 的项。
Use at least 2 GB of disk space for a full server (including the client, the server, and the database).
一个完整的服务器（包括客户端、服务器和数据库）至少需要2GB 的磁盘空间。
As a result, the overall backup volume of that server (both NSF and NLO data) also reduced from 64 GB to 25 GB, a savings of about 61 percent overall.
因此，该服务器的整个备份量(包括NSF和NLO数据)也从64GB降低到25 GB，整体节省了61%。
As far as system requirements, a 1 GB RAM is the minimum requirement; I used a 2 GB RAM machine for this example.
至于系统需求，最少需要1GBRAM。为实现本实例，我使用2 GB RAM的机器。
For example, DB2 UDB LUW allows a maximum size of 512 GB for a table per partition.
比如，DB 2UDBLUW在每个分区上允许表最大为512GB。
For example, the maximum size of a table in DB2 is 64 GB for a 4 KB page size, 128 GB for a 8 KB page size, 256 GB for a 16 KB page size, and 512 GB for a 32 KB page size.
例如，在DB 2中，对4KB的页面大小而言，表的最大大小是64GB；对于8 KB的页面大小而言，表的最大大小是128 GB；对于16 KB的页面大小而言，表的最大大小是256 GB；对于32 KB的页面大小而言，表的最大大小是512 GB。
We have a 500 GB USB hard drive attached to the database server.
我们有一个连接在数据库服务器上的500gb的USB硬盘。
If you have a 1 TB hard drive partitioned into a 250 GB partition and a 750 GB partition, what you have on the latter will not affect the other, and vice versa.
沙盘，差不多就算虚拟的概念吧，真实的操作不受影响如果你有个1tb的硬盘，分成两个区，一个250gb，一个750gb，这样你在这个分区的操作不会影响到另一个分区，反之亦然。
While the actual wattage difference between a 1 TB SATA drive and a 300 GB Fibre Channel drive is marginal, the cost difference on a watt-per-capacity basis is significant.
虽然1TBSATA驱动器和一个300GB的光纤通道驱动器的实际功率差异相差不远，但瓦特/容量（单位容量的能耗）的成本差异极大。
This process trades off cluster computing resources for faster server responses; it takes LinkedIn about 90 minutes to build a 900 GB data store on a 45 node development cluster.
这种处理权衡了集群计算资源以实现更快的服务器响应；linked in大约需要90分钟时间在45个结点集群上构建900gb的数据。
Toshiba, Apple's frequent source for mobile device storage, created a 128 GB flash drive in June, with samples to be available in September.
苹果的移动设备储存单元的主要来源东芝(Toshiba)在6月发明了128GB的闪存驱动器，预计9月发布样品。
The latest iPhone-related rumor involves Apple adding a 4-GB model to the line.
最新的关于iphone的传言说Apple在产品线中增加了4GB的版本。
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