Smart FTP v3.0

Smart FTP v3.0

What is SmartFTP?
SmartFTP is an FTP (File Transfer Protocol) client which allows you to transfer files between your local computer and a server on the Internet. With its many basic and advanced Features SmartFTP also offers secure, reliable and efficient transfers that make it a powerful tool. Click here to Download our ftp software.


SmartFTP can be used for:
Web site publishing and maintenance
Upload and download of images, documents, movie and music files
Share your files with your friends and coworkers
Backups of local or remote files

Features
FTP and FTPS (Secure FTP)
HIPAA compliant
SFTP over SSH
FIPS 140-2 compliant
Modern Graphical User Interface (GUI)
File/Folder Synchronization
Multilingual (more than 20 languages)
Thumbnails View and Preview
Visual Compare
Advanced Schedule
IPv6
On-the-fly Compression (MODE Z)
UTF-8 Support
Drag & Drop
Multiple Connections
Auto reconnect and resume of broken transfers
Transfer Integrity
Verified Transfers (XCRC, XMD5, XSHA)
FXP (Server-To-Server Transfer) support
Remote Edit of files
Search for files and folders on the server
Enhanced NAT/UPnP Support
UPnP (Universal Plug and Play), ICS, ICF
Transfer Queue
Scheduling

::Download Link::

http://www.smartftp.com/download/

Uploads/Downloads/FXP
Unlimited simultaneous threads
International Domain Names (IDN)
Proxy / Firewall support
SOCKS5, SOCKS4, SOCKS4A, HTTP Proxy
Wingate, Winproxy, CSM, Checkpoint FW-1, Raptor
Backup Tool
URL Watcher
Cache Remote Directories
FTP command line
Custom Commands
CHMOD (Properties)
and much more ...

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Zoner Panorama Maker 1.0

Zoner Panorama Maker 1.0

Ever seen a great mountain panorama that took your breath away and wish you could do yourself? You can -- easily -- with Zoner Panorama Maker. This wizard-based program is smart enough to usually find the correct joining points on its own! But when it doesn’t, that’s no problem either: you have tools to easily fix them.

Assemble Your Panoramas Automatically...
When we say automatic, we mean automatic. Correction for tilted source shots is automatic -- no need to worry just because you couldn’t use a tripod. Cropping is automatic, so you needn’t worry about it unless you want to. The whole process of assembling the panorama is generally little more than a few clicks.

::Download Link::

http://www.ru.zoner.com/panorama-maker/download.htm

...Or By Hand
Even though the panorama making process is fully automated, if needed you can manually alter the joining of shots, their rotation against each other, and their cropping. You can also manually straighten them out when they end up tilted.

Think About Art, Not White Balance
The program contains an advanced algorithm for perfectly balancing exposure among the individual shots in a panorama. Thus you can even take the shots for your panorama using a camera that lacks exposure locking and manual white balance correction.

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AMD Phenom II TWKR Black Edition Processor overclocking

AMD Phenom II TWKR Black Edition Processor overclocking




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AMD Phenom II TWKR Black Edition Processor

AMD Phenom II TWKR Black Edition Processor

Within the enthusiast scene, there exists an elite group of overclockers who push the limits of hardware to the breaking point. With the help of phase change coolers, dry ice, liquid nitrogen and even liquid helium, these enthusiasts achieve the seemingly impossible. In this world, maximum frequencies and world records are the motivation behind the countless hours spent modding and tweaking PC hardware.

AMD recognized the blood, sweat, and tears that extreme overclockers put into their hobby by creating a very special, limited edition processor made specifically for them. The Phenom II X4 TWKR Black Edition processor is a hand picked CPU that performs above and beyond the normal parameters we're accustomed to seeing from the Phenom II line. Under the extremely low temps supplied by LN2 or LHe cooling, these chips are said to yield monster overclocks.

So what's the catch? First of all, AMD only made a few TWKR chips due to the extraordinary traits of of the product. So don't expect to find any at your favorite online retailer cause the TWKR is not currently for sale. At this time, they are distributed directly by AMD. Another disadvantage is the lack of warranty coverage on this product. Once its broken, that's all she wrote. At any rate, HotHardware recently got a chance to test out the TWKR and throw it on the test bench for some sub-zero overclocking.

Preparing your system for sub-zero cooling is a bit more involved than the typical air cooled or liquid cooled setup. The CPU socket area will be subjected to freezing temperatures and requires insulation to prevent damage from condensation. We used a couple of packs of art eraser and filled in the area around the CPU. While there are several techniques to choose from, but we prefer this method due to the effectiveness and easy removal of the eraser from the board. The insulation process seals the motherboard's components from moisture and is a mandatory step for those who use phase change, LN2, or dry ice. Before placing the insulated pot on the TWKR, we also laid down a couple layers of fabric to absorb any moisture around the socket.

Unfortunately, were not able to get a hold of any liquid nitrogen or helium, so we benched with dry ice. But, as you can see in the screen shot above, we were able to maintain temps in the - 50' C to - 60' C range throughout testing.

In our review of the Phenom II X4 955 processor, we were able to reach 3.72GHz at 1.5V using the stock cooler. Additionally, we saw idle temps of 35'C and load temps around 70'C. This time around, we used dry ice to cool the TWKR chip way down and cranked up the voltages not only to the CPU, but other system components as well.

For the results you'll see below, we used an SB/HT Voltage of 1.3V, a CPU PLL Voltage of 2.5V, a NB Voltage of 1.2V, a CPU NB VID of +0.300 and a CPU Voltage of 1.55V
First, we would like to note that we tested the TWKR with a watercooling solution to find a good starting point for our dry ice benching. Using CoolIT's Boreas TEC Chiller, we managed to hit 4GHz with no issues. That's all we could get from the chip with this type of cooling, even though the load temps topped out at only 32'C.

Then we installed the Koolance LN2 pot and after several overclocking sessions and about 20lbs of dry ice, settled in at a 4.73GHz overclock. At this speed, we were able to conduct several benchmarks in order to measure the performance gains created by such a large overclock. While the bandwidth numbers shown above are very good, we feel the 3DMark scores aren't anything to sneeze at either.

Under dry ice, the TWKR produced admirable results, but we weren't able to achieve the kind of overclocks these chips are known for. Even our watercooling overclock was surprisingly average. So what gives? The main culprit is cooling, according to AMD. For the TWKR to reach its fullest potential, liquid nitrogen or liquid helium must be used. Doing so would allow for a much higher overclock, "dropping (cooler base) temps from -70C to -188C makes a huge difference in terms of TWKR clockspeeds. You would likely get another GHz or more extra speed with LN2" we were told. The lesson here is to not skimp on the cooling when it comes to the TWKR. Once we get a hold of some liquid nitrogen or helium, we will post some more results and update this article. For now, here's a glimpse of what some others were able to achieve.

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