The October Mac mini update bumped specs and made the server pricing work with Mac mini server. Apple made only two missteps on system specs. First, a server nearly always does better with more memory, and while 4GB isn't unreasonable, an 8GB top limit would have been better if it were possible. Several Mac tech sites have tested putting in 8GB without any trouble, but Apple doesn't support such a configuration, which means future versions of Snow Leopard could unintentionally cause trouble. The second stumble is by limiting the Mac mini to rpm drives, the same as are used on the low end in laptops, instead of widely available rpm drives.
The issue of RAM and drive speed are interrelated. More RAM would increase caching and reduce disk accesses; a faster drive would make a system with less RAM work more efficiently. When I spoke to Apple about drive performance, product managers noted that the unit includes a FireWire port. Several of my colleagues who have tested similar configurations say that external FireWire drives could outperform an internal drive. The device can be hardware-configured for mirroring, performance, or redundancy.
For networked Time Machine backups across an office network, this add-on might solve two problems reasonably affordably. I have the advantage in this review of testing two separate Mac mini servers. One I purchased days after the release of the model when it appeared as if a Mac mini I use for handling backups of Linux servers via Retrospect—don't ask—had given up the ghost.
I had wanted to consolidate mail service, DNS, and a handful of other services onto a newer system, moving the functions from a Linux server, so I took the plunge. My older Mac mini wasn't dead, only resting. The other system was a short-term loan from Apple, which let me compare and contrast a machine I'd configured to run with a pristine installation. In both cases, I didn't migrate any files from other systems, just test functions. The Mac mini server is precisely like its non-server brethren.
It's a squat square.
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You unpack it, plug in a power supply and an included mini-DVI to DVI adapter, hook up a monitor, keyboard, and mouse, and you're ready to go. You walk through a very small number of settings, enter registration information, and create an account that can be used to administer the system.
OS X Server, like all of Apple's business and professional products, has a serial number that must be entered; it's then confirmed with Apple over the Internet. As part of setup, you answer a very few questions about what services you want to use, but you can change those choices later. It's most likely that a server won't have a permanent "head" or monitor, so after the initial start up, I activate my MobileMe account in system preferences and turn on Back to My Mac, as well as Screen Sharing in the Sharing preference pane.
Back to My Mac only works with a single MobileMe account, so it's not ideal for situations in which you have multiple people who need remote access. Screen Sharing otherwise requires a publicly reachable IP address or port mapping that connects a public IP on a router to your server's screen-sharing port. You must login or create an account to comment. Skip to main content Pity the small office when it comes to technology.
Corrected a problem where the date of manufacture of specific Apple computers was displayed incorrectly when launching the program after January 1, Because the application does not need to support Mac OS X Manually controlling whether the system should auto-launch the monitor service at startup is no longer necessary.
The system will automatically keep the current run state the service had during last shutdown. Alphanumeric LC displays connected via an IO-Warrior chip will no longer be disconnected when the background service was started during a login session and the user logged out. The application no longer displays dialogs to save privileged preference settings when the control window is being closed.
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Added a feature to monitor the size of swap space memory which is actually in use. On PowerPC hardware, support for S.
The application will now accept the temperature sensors of unknown SATA drive models. This has always been the standard on Intel-based computers. The support for hard drive sensors controlled via proprietary drivers of Sonnet and FirmTek has been enhanced. When stopping the monitoring service, shutdown of attached alphanumeric LCD boxes has been enhanced. Corrected a problem where the temperature values displayed for the cores of the Intel P processor have been shifted by 15 degrees Celsius. Completed support for the new iMac and Mac mini series March Added preliminary support for future models of the iMac and the Mac mini based on Nvidia chipset technology, expected to be announced in If supported, these sensors replace the synthetic "Core Hot" sensors displayed by version 4.
Added support for remote monitoring of Smart Battery data, including battery temperature and cell voltages. Added support for remote monitoring of connected screen displays.
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Corrected a problem where the remote monitoring service could consume more memory than usual when monitoring characteristics of network interfaces via customized artificial sensors. Corrected a problem where network communication could intermittently fail when several remote clients were monitoring one remote computer simultaneously. Corrected a problem where the remote monitoring service could not be stopped via the control window under specific circumstances. The readings of non-working GPU-load sensors provided by some of Apple's graphics drivers for Leopard are now correctly suppressed by the application.
Instead of displaying a constant zero value, the sensor will be removed entirely. Support for monitoring the frequency of Intel processors based on 45 nm technology "Penryn" has been withdrawn. The sensor might not reflect the true performance mode under all operating conditions. Support for on-core temperature sensors of Intel processors based on 45 nm technology "Penryn" has been modified: As confirmed by Intel, the core sensors behave no longer linear enough for the display of absolute readings in low temperature ranges.
For this reason, support for core temperature sensors in 45 nm technology has been removed in Temperature Monitor. Hardware Monitor will display them as logical sensors showing "Core Hot" status information. Enhanced support for CPU clock frequency monitoring, especially on systems with Xeon processors and MacBooks running Leopard or running without a battery unit.
In those systems, the GPU driver can crash, causing the screen content to freeze. Hardware Monitor now tries to avoid situations that could increase the likelihood for this defect to become noticable.
NOTE: It is our policy not to discuss security holes in third-party products before giving the vendor Apple six months time to fix this problem. Corrected a problem with the display of Intel processor model codes when the model code was greater than Added support for the MacBook Air. Added support for new features available in Hardware Monitor 4. Corrected a problem where the control tool could unexpectantly terminate when the remote monitoring service was started manually on Mac OS X Leopard.
Removed support for Mac OS X Added support for Mac OS X Added support for a variety of internal temperature sensors of new hard drive models. Added support for the new artificial sensor types available in Hardware Monitor 4. The handling of repaired or refurbished Macintosh systems which don't have a valid serial number has been enhanced. In that special configuration, the power supply of the GPU cannot be monitored.
Documentation and error messages displayed by the program now contain detailed security information why the program cannot be started on a volume which is not supporting permissions. Added full support for the new Apple Xserve Quad Xeon. Added support for S. Removed support for the internal Intel CPU sensor monitoring the target value of the core voltage. This is now superseded by the voltage sensors monitoring the actual core voltage supply. Corrected a problem where a memory sensor in portable Core 2 Duo systems was misidentified as being a memory riser-card sensor.
Corrected a problem where the internal temperature sensor of Hitachi Deskstar 7K drives was no longer seen as functioning sensor. Added new feature to combine multiple history windows, making it possible to put sensors with different quantities into direct relation with each other.
The user can define overlays for any selection of graphs. Readings of sensors which have raised an alarm are now displayed with warning markers in the sensor window, the screen display, and the menu-bar. The display of sensor readings in some output channels has been optimized further. No additional space is added in front of the readings which consumes less screen real-estate and enhances the appearance in windows where left-aligned layouts were selected. Corrected a problem where the curves of history graphs could show a flicker effect under very special circumstances.
Corrected a problem where the speeds of switched-off fans were displayed as "" instead of "0 RPM" on some specific PowerBook models. Corrected a problem where S. Release 3. The sensors and their parameters for permissible limits are found automatically.
Additional temperature sensors are expected to be supported in the near future. The application can now control additional types of external LCD displays. Added support for temperature sensors in some old hard drives which are not fully compliant with today's implementation of the S. By user request, the application now additionally supports monitoring of the case security lock for all Xserve systems.
The lock position is monitored by a logical status sensor, where 1 denotes the normal, locked position, and 0 the unlocked setting. Artificial sensors to monitor storage space on volumes can now also be created for network volumes, not only for local disk partitions. Hardware Monitor now comes with its dedicated own driver to access internal information of x86 processors.
The driver can easily be installed or uninstalled from within the main application. The program will automatically notify the user if installation of the driver is recommended. The following additional sensors will be accessible on current xbased Macintosh systems when the driver is active: the internal digital thermal sensors for each CPU core of Intel processors, current core voltage value of Intel processors, current true clock frequency of Intel processors.
In addition, the System Information windows of remote clients will be capable of displaying family, model and stepping numbers, as well as the internal identification of x86 processors after the aforementioned driver has been installed.argo-karaganda.kz/scripts/wiwybep/1234.php
Mac OS X Server 10.4
The policy for detecting temperature sensors that are built into hard drives has changed: If the application detects a SATA drive under control of an Intel-based Macintosh system using AHCI, it will automatically assume that this drive contains a working temperature sensor compliant with the latest version of the ATA and S. Up-to-date hard drives will no longer need explicit support by the application but will be accepted automatically. The monitoring application will automatically detect if SpeedIt is running on the system.
For additional information, please see the FAQ chapter of the reference manual. Enhanced support for the first generation iBook G4, where temperature sensors of the type Analog Devices ADT did not deliver their readouts fast enough with specific Mac OS X versions, causing intermittent display of zero values. Corrected a problem where temperature sensors controlled by the G4 version of the Apple System Management Unit were displayed as being disconnected.
Added support for several new S.
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