Page Navigation by http://emaMILIK.blogspot.com/

Kamis, 12 April 2012

DriverPack Solution 12.3 Full


Price: Free (Open Source)
Version: 12.3 R255 (17.03.2012)
Requirements: Any PC (desktop/laptop/netbook)
Windows: XP/Vista/7/8 (x32-x64)
Size: 3Gb

DriverPack Solution 12.3 - a full version of the most powerful manager for automated driver installation. Scans your computer hardware and offer to install/update the driver for all devices in Offline mode. Quickly, efficiently and completely FREE!


IDM 6.11 Beta Full Patch

Kalau dari pihak IDM sendiri yang recomended digunakan itu yang versi final karena sudah stabil, namun kalau anda suka dengan yang namanya serba terbaru, mungkin anda bisa menggunakan IDM 6.11 Beta ini.

What's new in version 6.11 beta?

  • Added support for Firefox 13
  • Added support for SeaMonkey 2.8
  • Improved Advanced browser integration
  • Fixed bugs

Cara aktivasi IDM 6.10 Final Build 2 Dengan Patch :

  1. Disable dulu antivirus yang anda gunakan.
  2. Ekstrak semua file download, termasuk file patch nya.
  3. Install IDM, jangan lupa close dulu idm versi sebelumnya.
  4. Sehabis install nanti ada pesan fake serial number. Di close aja
  5. Klik kanan file patch, klik patch.
  6. Selesai.
Password : www.remo-xp.com
Download IDM 6.11 Beta Full Patch || Download Software Karaoke 2012 Full Unlimited (HOT)

Yugiog Power Of Chaos : Jaden The Fusion

EYYWx

After "Yusei the Acceleration" succesfully presents the 5D's duel world in the PC, now the duelists should prepare their decks for new challenge. In "Jaden the Fusion" player will battles Jaden Yuki (Japanese: Yūki Jūdai), a boy from Slifer Red class Duel Academy who loves dueling and believes that all problems can ultimately be solved through it. This unofficial game based on Yu-Gi-Oh! GX version, and player will fights Jaden with his Fusion and Elemental Heroes decks. More than 1000 cards from the series can be obtained. Compared to "Yusei the Acceleration" as the previous works, this game presents better visual effects and BGM. Yu-Gi-Oh! Power of Chaos: Jaden the Fusion was released on January 2012.
Game Information
Yu-Gi-Oh! Power of Chaos: Jaden the Fusion
Genre: Strategy, Card Battle
Developer: Binho & RistaR87
Publisher: Binho & RistaR87
Language: English
Release: 2012
File size: 554 MB

Minimum Requirements

Windows 98SE/ME/2000/XP
Processor Intel 450 MHz or equivalent AMD
128 MB RAM
1 GB Free HDD
DirectX 8.1
32 MB video card compatible with DirectX 8.1

Hide Download
Part1 Part2 Part3

Angry Birds Space 1.0.0 Full + Patch

Kumpulan Software Gratis | Angry Birds Space 1.0.0 Full + Patch | Finally,,, was also blogging again. Okay, as I will share the opening game is still fresh. His name is Angry Birds Space 1.0.0 - Full Patch (for PC). Certainly no stranger to this game. If you usually play AngryBirds on earth, now you will be challenged to play Angry Birds in space. Angry Birds 1.0.0 Space this you must try, especially lovers of angry birds.
 
Review From other player :
 
The new gravity mechanic is easily the most interesting Angry Birds Addition to Space, allowing for much more inventive level design. ... I have to admit it \ 's pretty entertaining to just barely Weightless Nudge a pig, subsequently watching him get sucked into a planet \' s gravity well and lazily sail to his death.

- Alexander Sliwinski, Joystiq

 
So why is this a huge risk? It's different. Very different.

- Russ Frushtick, The Verge

Angry Birds Space is the exact shot in the arm the series needed. Anyone burnt out on vanilla flinging bird will enjoy the game \ 's out-of-this-world adventure.

- Justin Davis, IGN

There is real craft on show in Space Angry Birds ... Beneath all the noise Angry Birds Phenomenon As lurks a Genuinely excellent game, Whose success has been built on quality, not just hype.

- Stuart Dredge, The Guardian
 
The chase is on! After a giant claw kidnaps Their eggs, the Angry Birds chase it into a wormhole and find Themselves floating in a strange new galaxy - space surrounded by pigs! Luckily the Angry Birds have super powers of Their Own ...

Angry Birds Space introduces you to new adventures on planets and in zero gravity, resulting in spectacular gameplay ranging from slow-motion destruction puzzles to Lightspeed. With brand new birds, brand new superpowers, and a whole galaxy to explore, the sky is no longer the limit!

Also featuring the DANGER ZONE, the most difficult, Angry Birds levels ever! Can you master the Danger Zone?

Buy the activation key to play the full version of Angry Birds Space on your PC and get access to content updates!

 
Minimum System Requirements:

OS Windows XP SP2
512MB RAM
CPU 1 GHz
OpenGL 1.3 compatible graphics
 
How To Install (NOTES: Activation should be OFFLINE):

1.0.0 Space Install Angry Birds
Copy the Patch into the installation folder - Run Patches - Click PATCH
Run the Game - Full Version Activation
Enter a Serial (already provided in the patch) - REGISTER
enjoy

 
System Requirements:

Operating System: Windows XP / Vista / Windows 7
Processor: 2GHz
RAM: 512 MB
Video: 3D-graphics card compatible with DirectX, 128 MB
Sound Card: Sound device compatible with DirectX 9.0c
Free space on hard disk: 45.2 MB 
 
Password : www.dytoshare.us

ESET Smart Security 5 Full + PureFix 2.02 + Serial Key

Kumpulan Software Gratis | ESET Smart Security 5 Full + PureFix 2.02 + Serial Key | Are not necessarily familiar with ESET Smart Security 5 Full + Serial Key + PureFix 2:02.
ESET Smart Security 5 is one of a reliable antivirus and antivirus quite popular among users. ESET Smart Security 5 Full + PureFix 2:02 + Serial Key features such as the antivirus in general, ie Antivirus, antispam, antimalware, firewall, and parental control as well as other excellent features such as the Gamer Mode.
ESET has already proved its strong powers through the antivirus solution it has developed, and the company wants to continue this success with an even more advanced tool.

Called Smart Security, this new product is just more than a simple antivirus, it’s a whole suite of utilities supposed not only to defend the computer in front of infections, but also to block spam, remote attacks and any other type of threat that might put your precious data at risk.

Unlike most security software, ESET Smart Security does not require you to restart your computer in order to be fully protected. Right after this, you’ll discover an incredibly complex application that can be used very simple though.

A pretty nice and clean interface that can be controlled without too much effort, as every single utility has been specifically configured to work properly without the need of user’s intervention. Still, if you want to bring your very own touches to the way the security solution works, you can always choose the advanced mode that leads you to a whole new world of options.

The ace up its sleeve is definitely the way it works. Either you’re running a computer scan, a definition update or just browsing through menus, ESET Smart Security is incredibly friendly with hardware resources. It informs the user every time there’s something dangerous around and can obviously ask for his intervention when it needs it.

ESET Smart Security gets right beneath your computer's skin and wraps itself around, providing a protective layer through its implemented antimalware technologies. These include Real-time file system protection, HIPS (Host-based Intrusion Prevention System), Gamer mode or Personal Firewall. It also packs Web and email protection as well as Parental control capabilities.

The suite comes with a toolbox that bundles a set of truly essential instruments from Scheduler and Quarantine to ESET SysInspector and ESET SysRescue. All of these provide the much needed extra reliability of the software as a whole.

ESET Smart Security really impresses from most point of views. Its sturdy backbone developed by threat protection experts in many years has reached a new level of intrusion detection and pro-active defense. The combined powers of the suite create a top-notch and fluid experience in a computer world that is constantly under attack.
Smarter Scanner:
· Threats do not always enter in Airways you expect. ESET Smart Security inspects SSL-encrypted communication channels like HTTPS and pop3s, and intelligently scans compressed files to find threats That other products miss. ESET's Smart Optimization feature makes file scanning faster than ever.

Time-saving Firewall:
· New Learning Mode saves time by automatically creating firewall rules by observing how end users use the network, while offering advanced firewall modes for power users. Pair customized firewall profiles with trusted network zones and have Appropriate firewall rules applied automatically based on detected network presence.

Trusted Zone Authentication:
· Identify trusted network zones by network configurations (a configurable combination of host / DNS / DHCP server IP address, wireless SSID, connection profile, etc) or securely authenticate into a network using ESET Authentication Server.

Upgraded Antispam:
· ESET Smart Security now takes care of annoying spam with a Smaller, faster, and even more effective spam filter.

Removable Media Security:
· Threats can enter your PC from removable media Such as USB thumb drives. For self-running media, ESET Smart Security scans autorun.inf and associated files Pls the medium is inserted, in Addition to scanning any file on any removable device Pls it is accessed, or During a full-scan of the media.

System Tools:
· ESET SysInspector and ESET SysRescue simplify diagnosing and cleaning of infected systems by allowing deep scans of system processes to find hidden threats, and creating bootable rescue CD / DVD or USB drives to help you repair an infected computer.

Self Defense:
· ESET Smart Security has built-in technology to Prevent malicious software from corrupting or disabling it, so you can rest assured your system is always protected.

Windows Vista, Windows 7, Home Server:

1 GHz 32-bit (x86) or 64-bit (x64) processor
512 MB (GB for Vista x64) RAM of system memory
320 MB available space
Super VGA (800 × 600)


Windows 2000, XP, 2003:

400 MHz 32-bit (x86) processor
128 MB RAM of system memory
320 MB available disk space
Super VGA (800 × 600)
Password : www.dytoshare.us

Key Avira Internet Security 2012 Valid Sampai April 2013

Alhamdulillah, akhirnya saya bisa kembali meng-update artikel baru setelah sekian lama menganggur dari dunia blogging. Selamat merayakan Jumat Agung bagi yang merayakan termasuk saya.

Oke, pada kali ini saya kembali membagikan Key Avira Internet Security 2012 terbaru yang Valid sampai April 2013 setelah share key yang kemarin sudah di-blacklist oleh avira pada artikel Key Avira Internet Security Terbaru Valid Sampai September 2013. Kemari sudah saya coba, dan 100% berhasil serta bebas blacklist.

Bagi kawan-kawan yang ingin melihat buktinya berikut screenshotnya :



Bagi sobat yang tidak tau bagaimana car menggunakan key tersebut, berikut adalah petunjunknya :
Ekstrak terlebih dahulu file key yang telah Anda download menggunakan winRAR atau software RAR yang lain. Nama key tersebut adalah HBEDV.key
  • Buka aplikasi Avira Premium Security Suite atau Avira Internet Security 2012
  • Pilih Help, lalu pilih License Management
  • Lalu akan muncul License wizard, klik tulisan hbedv.key (tulisan berwarna biru).
  • Setelah itu akan tampil jendela windows untuk memasukkan key-nya, pilih key yang telah Sobat ekstrak pada tahap nomor 1 tadi. Yakni file HBEDV.key
  • Selanjutnya Sobat tinggal pilih next2 saja.
Cukup mudah, dan cukup sekian. Selamat menggunakan Key Avira Internet Security 2012 Valid Sampai April 2013.

Download :

Avast! Internet Security 7 + Crack Until 2050

Avast! Internet Security 7 + Crack Until 2050, merupakan antivirus yang cukup populer dikalangan pengguna software. Avast! Internet Security 7 + Crack Until 2050 ini dikenal memiliki kinerja yang tidak membuat pc kita terasa berat. Selain itu Avast! Internet Security 7 + Crack Until 2050 ini juga memiliki sistem proteksi yang tidak kalah kuat dengan antivirus lainnya seperti avira. Cekidot.

Screenshot :

Download :
Didalam file diatas sudah saya sediakan tutorial dalam bentuk Video, jadi barangkali yang bingung bisa liat tutorialnya.


Operating Systems Supported
  • Windows 7 (any Edition, 32-bit or 64-bit)
  • Windows Vista (any Edition excl. Starter Edition, 32-bit or 64-bit)
  • Windows XP Service Pack 2 or higher (any Edition, 32-bit or 64-bit)
  • Microsoft Windows 2000 Professional Service Pack 4 (incompatible with avast! Account)
Minimum Hardware Requirements
  • Pentium 3 Processor
  • 128 MB RAM
  • 200 MB of free hard disk space
  • Sumber:  http://www.dytoshare.us/2012/03/avast-internet-security-7-crack-until.html

Sabtu, 07 April 2012

Linux Network Troubleshooting

So you've installed Linux, but can't get your browser to see the outside world. Or everything was working, but all of a sudden, it's not. However do you track down the problem?
Interface Configuration
I always start by checking to see that the machine's interfaces are up and have an IP address. To do this, use the ifconfig command:
[root@sleipnir root]# ifconfig
eth0      Link encap:Ethernet  HWaddr 00:0C:6E:0A:3D:26
         inet addr:192.168.168.11  Bcast:192.168.168.255  Mask:255.255.255.0
         UP BROADCAST RUNNING MULTICAST  MTU:1500  Metric:1
         RX packets:13647 errors:0 dropped:0 overruns:0 frame:0
         TX packets:12020 errors:0 dropped:0 overruns:0 carrier:0
         collisions:0 txqueuelen:100
         RX bytes:7513605 (7.1 Mb)  TX bytes:1535512 (1.4 Mb)
         Interrupt:10

lo        Link encap:Local Loopback
         inet addr:127.0.0.1  Mask:255.0.0.0
         UP LOOPBACK RUNNING  MTU:16436  Metric:1
         RX packets:8744 errors:0 dropped:0 overruns:0 frame:0
         TX packets:8744 errors:0 dropped:0 overruns:0 carrier:0
         collisions:0 txqueuelen:0
         RX bytes:892258 (871.3 Kb)  TX bytes:892258 (871.3 Kb)

Here, you can see that this machine is running normally. The first line of output tells us that the Ethernet interface eth0 has a layer 2 (MAC or hardware) address of 00:0C:6E:0A:3D:26. This confirms that the device driver is able to connect to the card, as it has read the Ethernet address burned into the network card's ROM. The next line tells us that the interface has an IP address of 192.168.168.11, and the subnet mask and broadcast address are consistent with the machine being on network 192.168.168.0.
The next line specifies the flags on the interface; this one is up and running (UP), has had the broadcast address set (BROADCAST), has reosources allocated (RUNNING) and supports multicasting (MULTICAST). The MTU (maximum transmission unit) size is 1500 bytes, which is correct for DEC/Intel/Xerox Ethernet II, and the metric, or cost of using the interface is the default and minimum value of 1. For full details of the flags see man 7 netdevice on your system.
The next couple of lines confirm that: On the receive side, 13,647 frames (that's what we call Ethernet packets) have been received, with no errors of any kind. And 12,020 frames have been sent, also without errors. There have been no collisions - there couldn't be, because this interface is connected to a 100 Mbps switch, not a hub, and the transmit queue length is 100
Networking Not Configured During Installation
This usually means that the installer program was not able to probe and identify your network card. Generally, this is because the network card is too old (many modern installers don't expect to see old-fashioned 10Base-2 coax network cards like the 3Com Etherlink II, for example) or is too new, so that there is no support for it in the kernel supplied as part of your distribution. It can also mean that the card needs to be manually configured - this often happens with ISA bus NE-2000 cards, EtherExpress Pro's and the like.
First - if you know the type of card, take a look at /lib/modules/kernelver/kernel/drivers/net and see if you can identify the required driver. The 3Com Etherlink II, for example, uses the 3c503.o module, so I can attempt to load it with the command
modprobe 3c503

As usual, no messages indicates success. If you see something like:
[root@sleipnir net]# modprobe 3c503
/lib/modules/2.4.20-31.9/kernel/drivers/net/3c503.o: init_module: No such device or address
Hint: insmod errors can be caused by incorrect module parameters, including invalid IO or IRQ parameters.

then either it is the wrong driver module, or you need to pass some parameters for the driver. One of our machines here, for example, has an Intel EtherExpress Pro, and its driver module has to be loaded with the command line:
[root@baldur root]# modprobe eepro irq=5 io=0x300

This specifies the IRQ line and I/O port address the card is using.
If you're completely stuck and desparate, one trick that might help is to try to load all network card drivers in turn and see what sticks, with the command:
[root@baldur root]# modprobe -t net \*

Expect to see lots of error messages fly by as drivers load and fail to initialize the right hardware. However, after it has done, do an lsmod command, and see if any network card driver module has "stuck".
If your network card is new or otherwise not supported by the kernel, then you'll have to obtain a driver from the manufacturer's web site. I recently worked with some machines that used an on-board Intel EtherExpress Gigabit Ethernet chipset, for example. We had to use Red Hat 9 on the machines, but the Anaconda installer simply skipped network configuration as it didn't "recognise" the interface. Although RH 9 has an e1000.o module, it obviously wasn't the right one for this interface, so I had to visit the Intel web site and download the driver source code, compile it and install it manually. The good news is that Intel supports easy building of an RPM package, and once that has been done and copied to floppy, it's a snap to install on the other machines.
Once you've identified (and installed) the correct driver module, you can make it permanent by loading it from with /etc/modules.conf (2.4 kernels) or /etc/modprobe.conf (2.6 kernels). For example, the syntax to load theeepro.o module with the parameters above looks like this:
alias eth0 eepro
options eepro irq=5 io=0x300

You should now be able to set up an IP address on the interface as described in the following sections.
Incorrect Address, Broadcast Address, Subnet Mask
Problems with an interface showing the wrong IP address, broadcast address or subnet mask are usually down to an incorrect entry in the configuration files. You can fix the problem by reconfiguring an interface on the fly with the ifconfig command. For example, to set an interface to the address 192.168.0.1:
ifconfig eth0 192.168.0.1

will do the trick. This assumes that your network is Class-C sized (/24), which it probably is, and so it sets the subnet mask to 255.255.255.0, the network address to 192.168.0.0 and the broadcast address to 192.168.0.255. However, you can over-ride these settings; for example, I use four /24 subnets - in other words, a /22 - so I could configure the interface like this:
ifconfig eth0 192.168.0.1 netmask 255.255.252.0

However, this is only temporary - it will remain in effect until the machine is shut down or the interface is reconfigured. In order to configure the interface on power-up, the system runs startup scripts which will read the configuration from a file somewhere. On systems that use System V-style init scripts, this is often a file in /etc/sysconfig/network-scripts, e.g. /etc/sysconfig/network-scripts/ifcfg-eth0. Here's an example from one of my systems:
[root@sleipnir root]# cat /etc/sysconfig/network-scripts/ifcfg-eth0
DEVICE=eth0
ONBOOT=yes
BOOTPROTO=static
IPADDR=192.168.168.11
NETMASK=255.255.255.0
GATEWAY=192.168.168.252

You can see that this sets the IP address and subnet mask (the braodcast and network addresses are implicitly derived from these). It also sets the default route on this interface. If you are running Slackware, you will need to edit/etc/rc.d/rc.inet1 in order to set the interface parameters.
Configuration by DHCP
If your network interface is configured by a DHCP server, then the configuration script above will not specify the IP address, etc. instead, it will say something like this:
ONBOOT=yes
TYPE=Ethernet
DHCP_HOSTNAME=sleipnir.cullen.lesbell.com.au
DEVICE=eth0
HWADDR=00:0c:6e:0a:3d:26
BOOTPROTO=dhcp
USERCTL=no
PEERDNS=yes

With BOOTPROTO set to dhcp, the startup scripts will run a DHCP client program to retrieve the interface configuration from the DHCP server. There are several different DHCP clients that have been used over the years and by different distributions. If your interface has not come up correctly, you can attempt to obtain a DHCP lease with the following command:
[root@sleipnir root]# dhclient eth0
Internet Software Consortium DHCP Client V3.0pl1
Copyright 1995-2001 Internet Software Consortium.
All rights reserved.
For info, please visit http://www.isc.org/products/DHCP

Listening on LPF/eth0/00:0c:6e:0a:3d:26
Sending on   LPF/eth0/00:0c:6e:0a:3d:26
Sending on   Socket/fallback
DHCPREQUEST on eth0 to 255.255.255.255 port 67
DHCPACK from 192.168.168.1
bound to 192.168.168.76 -- renewal in 4215 seconds.

If the dhclient command is not found, then you should try "pump -i eth0" and "dhcpcd eth0". If one of these commands work, and you get an IP address, then you should set about making the DHCP configuration permanent, using your distribution's configuration tools or by directly editing the network startup scripts.
Network Reachability (arp, ping)
Once you've got an IP address on an interface, the next step is to test whether you can reach remote systems. I always start by pinging the system's local interface, then the local router and then some distant systems. For example:
[root@sleipnir root]# ifconfig|grep inet
         inet addr:192.168.168.11  Bcast:192.168.168.255  Mask:255.255.255.0
         inet addr:127.0.0.1  Mask:255.0.0.0
[root@sleipnir root]# # Ping the local interface first
[root@sleipnir root]# ping -c 2 192.168.168.11
PING 192.168.168.11 (192.168.168.11) 56(84) bytes of data.
64 bytes from 192.168.168.11: icmp_seq=1 ttl=64 time=0.041 ms
64 bytes from 192.168.168.11: icmp_seq=2 ttl=64 time=0.042 ms

--- 192.168.168.11 ping statistics ---
2 packets transmitted, 2 received, 0% packet loss, time 999ms
rtt min/avg/max/mdev = 0.041/0.041/0.042/0.006 ms
[root@sleipnir root]# # Now ping the upstream router
[root@sleipnir root]# ping -c 2 192.168.168.252
PING 192.168.168.252 (192.168.168.252) 56(84) bytes of data.
64 bytes from 192.168.168.252: icmp_seq=1 ttl=64 time=0.368 ms
64 bytes from 192.168.168.252: icmp_seq=2 ttl=64 time=0.282 ms

--- 192.168.168.252 ping statistics ---
2 packets transmitted, 2 received, 0% packet loss, time 999ms
rtt min/avg/max/mdev = 0.282/0.325/0.368/0.043 ms
[root@sleipnir root]# # Finally, ping a remote host
[root@sleipnir root]# ping -c 2 203.35.202.153
PING 203.35.202.153 (203.35.202.153) 56(84) bytes of data.

--- 203.35.202.153 ping statistics ---
2 packets transmitted, 0 received, 100% packet loss, time 999ms

The ping command on UNIX systems defaults to sending a packet every second until you press Ctrl+C to interrupt it. Using the "-c 2" option makes it send two packets and then stop. In this example, you can see that the attempt to ping a remote system has failed, with 100% packet loss. What's going on here?
Don't assume too much from the ping command. It only indicates that a destination host is up and running, and that it is reachable. It's possible that the machine's OS might have crashed, but still be responding to interrupts, or that the particular daemon or network service that you want to use has crashed or is unable to respond. It might also happen that the wrong host replies - I've seen that happen when someone accidentally sets a machine to the wrong IP address. And of course, the lack of a reply doesn't necessarily indicate a problem, ether. In the example above, the destination machine has firewall rules and will not respond to ICMP echo requests (pings) for security reasons, even though it's up and running. Make sure that you try a few external hosts, ideally ones that you know will respond to ICMP echo requests.
If you do not get back a reply from the local interface, something is really very wrong - the steps listed above using the ifconfig command should have given you a working local interface and you should go back and double-check them.
If you do not get back a reply from the upstream router, try some other machines on the local network. If you still do not get a response, then use the arp command to see whether your machine was able to work out their Ethernet (MAC) addresses
Here's what happens when you've got a machine disconnected or down:
[root@sleipnir root]# ping baldur
PING baldur.cullen.lesbell.com.au (192.168.168.10) 56(84) bytes of data.

--- baldur.cullen.lesbell.com.au ping statistics ---
2 packets transmitted, 0 received, 100% packet loss, time 1012ms

[root@sleipnir root]# arp -a
baldur.cullen.lesbell.com.au (192.168.168.10) at <incomplete> on eth0
FREYA.cullen.lesbell.com.au (192.168.168.70) at 00:10:A4:82:99:C1 [ether] on eth0
dvalin.cullen.lesbell.com.au (192.168.168.252) at 00:10:B5:39:E4:18 [ether] on eth0
fulbert.cullen.lesbell.com.au (192.168.168.1) at 00:40:F4:3C:85:6A [ether] on eth0

When I gave the "ping baldur" command, my machine looked up baldur's IP address correctly (more on that shortly) and, since both machines are on the same network, it referred to its ARP cache to get the corresponding Ethernet address. It then sent out the ICMP echo request datagrams, but got no replies (in this case because the machine had been unplugged while we did some work on the nearby cabling). It also purged the Ethernet address out of its cache, as shown by the arp -a command.
If baldur's Ethernet address hadn't been in the ARP cache in the first place, we would have seen this:
[root@sleipnir root]# ping -c 2 baldur
PING baldur.cullen.lesbell.com.au (192.168.168.10) 56(84) bytes of data.
From sleipnir.cullen.lesbell.com.au (192.168.168.11) icmp_seq=1 Destination Host Unreachable
From sleipnir.cullen.lesbell.com.au (192.168.168.11) icmp_seq=2 Destination Host Unreachable

--- baldur.cullen.lesbell.com.au ping statistics ---
2 packets transmitted, 0 received, +2 errors, 100% packet loss, time 1013ms
, pipe 2
[root@sleipnir root]# arp -a
baldur.cullen.lesbell.com.au (192.168.168.10) at <incomplete> on eth0
FREYA.cullen.lesbell.com.au (192.168.168.70) at 00:10:A4:82:99:C1 [ether] on eth0
dvalin.cullen.lesbell.com.au (192.168.168.252) at 00:10:B5:39:E4:18 [ether] on eth0
fulbert.cullen.lesbell.com.au (192.168.168.1) at 00:40:F4:3C:85:6A [ether] on eth0

The "Destination Host Unreachable" messages are a clue that this machine could not even send the ICMP datagrams in the first place.
Routing (route add, route, netstat, traceroute)
If you can ping machines on the local network but cannot get to all or some destinations on remote networks, then the problem could be in the routing table of your machine or an upstream router. You can add and remove routes with the route add and route delete commands, and display them with route:
[root@dvalin root]# route
Kernel IP routing table
Destination     Gateway         Genmask         Flags Metric Ref    Use Iface
artemis.rr.lesb *               255.255.255.255 UH    0      0        0 ppp0
203.97.202.152  *               255.255.255.248 U     0      0        0 eth1
192.168.170.0   *               255.255.255.0   U     0      0        0 wlan0
192.168.168.0   *               255.255.255.0   U     0      0        0 eth0
127.0.0.0       *               255.0.0.0       U     0      0        0 lo
default         midgard.lesbell 0.0.0.0         UG    0      0        0 eth1

This is a more complex routing table than the average - it's for a firewall machine that has two Ethernet interfaces (eth0 and eth1), Wi-Fi interface (wlan0) and a PPP connection to a dial-up host (ppp0). Here you can see the route to artemis (the dial-in host) has the H flag set, indicating this is a host route (i.e. a route to a single host rather than a network, as the netmask value of 255.255.255.255 confirms). There's an entry for the DMZ network on eth1 (that's 203.97.202.152/29), an entry for 192.168.170.0/24, which is the wireless network and one for 192.168.168.0, the private Ethernet LAN. You can also see the entry for the loopback interface, lo, and finally the default entry, which passes datagrams for all other destinations to the external router, midgard. This entry has the G flag turned on, indicating it routes via a gateway - naturally, since that's what midgard is.
You can diagnose routing problems by using the traceroute command. This will show the routers through which your datagrams will pass on the way to the destination. However, as for ping, don't assume too much - it's possible that routers along the path may be configured not to respond to traceroute. For example:
[root@sleipnir root]# traceroute www.pcuser.com.au
traceroute to www.pcuser.com.au (203.18.241.23), 30 hops max, 38 byte packets
1  dvalin (192.168.168.252)  0.705 ms  0.289 ms  0.391 ms
2  midgard.lesbell.com.au (203.97.202.158)  1.829 ms  1.553 ms  1.673 ms
3  Loopback1.ken10.Sydney.telstra.net (165.228.2.1)  18.125 ms  17.887 ms  19.615 ms
4  GigabitEthernet2-1.ken17.Sydney.telstra.net (203.50.20.27)  20.833 ms  20.587 ms  19.583 ms
5  austra426.lnk.telstra.net (139.130.238.198)  21.840 ms  21.336 ms  20.195 ms
6  * * *
7  * * *

[root@sleipnir root]#

Each line shows the next router along the path to the destination, along with the round-trip-times for three queries and responses. You can see the firewall and upstream router in my office, then a router at Telstra's Kent Street exchange, then the gigabit Ethernet backbone there, then a link to austra426 - and then everything goes quiet. The three asterisks indicate a timeout, and after a couple of these, I pressed Ctrl+C to stop traceroute. This doesn't mean that I can't get to the PC User website - just that a firewall along the way is not responding to the UDP datagrams sent by traceroute. In any case, I can see that the link from my office into Telstra's network is working OK.
When tracerouting to distant hosts, you can often see the round-trip-time jump as you cross the trans-Pacific link. For example:
[root@sleipnir root]# traceroute www.ibm.com
traceroute: Warning: www.ibm.com has multiple addresses; using 129.42.21.99
traceroute to www.ibm.com (129.42.21.99), 30 hops max, 38 byte packets
1  dvalin (192.168.168.252)  0.739 ms  0.364 ms  0.265 ms
2  midgard.lesbell.com.au (203.35.202.158)  1.890 ms  1.315 ms  1.292 ms
3  Loopback1.ken10.Sydney.telstra.net (165.228.2.1)  17.909 ms  19.071 ms  19.581 ms
4  10GigabitEthernet15-0.ken-core4.Sydney.telstra.net (203.50.20.1)  31.446 ms  208.883 ms  171.406 ms
5  10GigabitEthernet3-0.pad-core4.Sydney.telstra.net (203.50.6.86)  20.327 ms  20.912 ms  18.271 ms
6  GigabitEthernet2-2.syd-core01.Sydney.net.reach.com (203.50.13.38)  20.309 ms  20.360 ms  19.721 ms
7  i-12-2.wil-core01.net.reach.com (202.84.144.25)  169.611 ms  170.647 ms  168.839 ms
8  202.84.251.166 (202.84.251.166)  191.602 ms  188.565 ms  177.935 ms
9  so-1-0.core2.LosAngeles1.Level3.net (64.152.193.65)  201.521 ms  200.113 ms  202.050 ms
10  so-4-1-0.bbr2.LosAngeles1.Level3.net (4.68.113.173)  201.732 ms  201.403 ms  201.674 ms
11  so-3-0-0.mp1.Denver1.Level3.net (64.159.1.113)  228.770 ms  227.226 ms  229.076 ms
12  so-6-0.hsa1.Denver1.Level3.net (4.68.112.154)  228.021 ms  228.383 ms  237.262 ms
13  unknown.Level3.net (209.245.20.10)  226.879 ms  228.772 ms  230.193 ms

[root@sleipnir root]#

Notice how the RTT jumps from around 20 ms to 170 ms as it crosses the Pacific. By the way, there are fancy graphical traceroute programs - for example, xtraceroute - that draw a world map to show where your packets are going, but they're really not much help for troubleshooting.
DNS Configuration (host, dig)
A common problem that afflicts users on dial-up connections, and sometimes those with DHCP-allocated IP addresses on broadband, is an inability to resolve names into IP addresses. Symptoms include popup error messages from your browser, such as "hostname could not be found. Please check the name and try again" or command-line error messages like "Temporary failure in name resolution".
Your machine will turn names into IP addresses by asking a Domain Name Server, and the IP addresses of one or more DNS's will be set up in the file /etc/resolv.conf. It should look something like this:
search cullen.lesbell.com.au lesbell.com.au
nameserver 192.168.168.1
nameserver 192.168.168.252

In this example, there are two domain name servers listed, but you can have between one and three (by default) entries. If you are seeing errrors in resolving hostnames, first check that this file exists, and then try pinging the DNS's listed.
If the file does not exist, you can manually create it, using the IP addresses of your own DNS's or the DNS's provided by your ISP. However, if your system is configured by DHCP - e.g. you are using a consumer-grade ADSL or cable modem connection - or is configured by a dial-up PPP connection, then the file is normally created or overwritten when the connection is set up. If this is not happening, you will need to check the documentation for your DHCP client program or PPP configuration to try to determine what the problem is. In general, for DHCP you should check your ifcfg-eth0 file for the presence of a "PEERDNS=yes" statement, while for a PPP connection, check /etc/ppp/options for a "usepeerdns" statement.
You can check whether your system is able to connect to a DNS and resolve a hostname into an IP address with the host command:
[les@sleipnir les]$ host fulbert
fulbert.cullen.lesbell.com.au has address 192.168.168.1

If you need to get down to low-level debugging of DNS lookups, then you really should learn the nuances of the dig command. This will let you query any name server for all kinds of information the DNS service can provide:
[les@sleipnir les]$ dig www.pcuser.com.au @dvalin.lesbell.com.au

; <<>> DiG 9.2.1 <<>> www.pcuser.com.au @dvalin.lesbell.com.au
;; global options:  printcmd
;; Got answer:
;; ->>HEADER<<- opcode: QUERY, status: NOERROR, id: 17821
;; flags: qr rd ra; QUERY: 1, ANSWER: 1, AUTHORITY: 3, ADDITIONAL: 1

;; QUESTION SECTION:
;www.pcuser.com.au.             IN      A

;; ANSWER SECTION:
www.pcuser.com.au.      36417   IN      A       203.18.241.23

;; AUTHORITY SECTION:
pcuser.com.au.          36417   IN      NS      ns1.telstra.net.
pcuser.com.au.          36417   IN      NS      acphofdns01.acp.com.au.
pcuser.com.au.          36417   IN      NS      acphofdns02.acp.com.au.

;; ADDITIONAL SECTION:
ns1.telstra.net.        104627  IN      A       139.130.4.5

;; Query time: 3 msec
;; SERVER: 203.35.202.157#53(dvalin.lesbell.com.au)
;; WHEN: Wed Nov 10 14:17:27 2004
;; MSG SIZE  rcvd: 152

As you can see, dig will provide a lot of data, including details of the query it sent, the answer it received and how it got the information. Another common use of dig is for turning IP addresses into host names by doing a reverse lookup:
[les@sleipnir les]$ dig -x 203.18.241.23

; <<>> DiG 9.2.1 <<>> -x 203.18.241.23
;; global options:  printcmd
;; Got answer:
;; ->>HEADER<<- opcode: QUERY, status: NOERROR, id: 41638
;; flags: qr rd ra; QUERY: 1, ANSWER: 1, AUTHORITY: 3, ADDITIONAL: 1

;; QUESTION SECTION:
;23.241.18.203.in-addr.arpa.    IN      PTR

;; ANSWER SECTION:
23.241.18.203.in-addr.arpa. 86400 IN    PTR     techw02.acp.com.au.

;; AUTHORITY SECTION:
241.18.203.in-addr.arpa. 86400  IN      NS      ns1.telstra.net.
241.18.203.in-addr.arpa. 86400  IN      NS      acphofdns01.acp.com.au.
241.18.203.in-addr.arpa. 86400  IN      NS      acphofdns02.acp.com.au.

;; ADDITIONAL SECTION:
ns1.telstra.net.        104486  IN      A       139.130.4.5

;; Query time: 2087 msec
;; SERVER: 192.168.168.1#53(192.168.168.1)
;; WHEN: Wed Nov 10 14:19:48 2004
;; MSG SIZE  rcvd: 173

Common Errors
Firewall in the way
Quite often, everything is configured fine at your end, but between you and the system you are trying to connect to, there is a firewall. If it's not your firewall, there's not a lot you can do about that - although Linux boasts an interesting armoury of tools for getting past firewalls, their use is beyond the scope of this article. If you're trying to connect to your own server, check that you have added a firewall rule to allow access to the appropriate protocol and port number - you can use the iptables -L command to dump your firewall rules or edit your firewall configuration file.
Daemon not listening
If you can ping a machine, but canot connect to a specific service, and you've eliminated firewall rules as a problem, then check that the daemon you are trying to connect to is in fact running. Use the ps aux command to list running processes, and/or use the netstat -pat and netstat -pau commands to list processes that are listening on TCP and UDP sockets, respectively. If you don't see the daemon you need, then start it, with a command like service httpd start or apachectl start, depending on your Linux distribution.
Remember, packets have to flow both ways!
When setting up routing tables in more complex internetworks, a common failing is to think about how datagrams get routed away from where you are sitting - but don't forget that replies have to be routed back again! This may require your host or subnet to be added to the routing table of "upstream" routers and firewalls.
Conclusions
Linux network configuration offers lots of options, but most distributions provide grapical configuration tools to keep things relatively simple. When things don't work out, especially for more complex configurations like servers, routers and firewalls, there's a huge selection of diagnostic tools that you can use to sort the problem out.
Hint Sidebar
Most Linux network-related commands will try to display hostnames rather than IP addresses, and they do this by doing a reverse DNS lookup. However, if you're using these commands because you've got some network problem, there's a good chance that your DNS is unreachable, and this will make the commands run very slowly as they try to do the reverse lookups and time out. However, these commands mostly accept the -n (Numeric) option, which will display addresses and dispense with the reverse DNS lookup so that things run a lot faster. See the difference:
[root@sleipnir root]# ping -nc2 192.168.168.1
PING 192.168.168.1 (192.168.168.1) 56(84) bytes of data.
64 bytes from 192.168.168.1: icmp_seq=1 ttl=64 time=0.127 ms
64 bytes from 192.168.168.1: icmp_seq=2 ttl=64 time=0.285 ms

--- 192.168.168.1 ping statistics ---
2 packets transmitted, 2 received, 0% packet loss, time 999ms
rtt min/avg/max/mdev = 0.127/0.206/0.285/0.079 ms

References and Further Reading
Jargon File
ARP Address Resolution Protocol - converts IP addresses into MAC addresses by broadcasting a request: "Who has 192.168.168.11?" and seeing who replies, then remembering their MAC addresses for future use.
ICMP The Internet Control Message Protocol. Routers and hosts generate messages in this protocol when they have problems. ICMP datagrams can indicate network congestion, destination unreachable for a variety of reasons, routing table errors and other problems. Perhaps the best known ICMP datagrams are the "echo request" and "echo reply" packets which are sent and received by the ping command.
IP Address A 32-bit address used by the Internet Protocol. This allows communication between networks, since the IP address can be broken down into a network part, subnetwork part and the final host address - in much the same way as a phone number (in the US at least) consists of an area code, and exchange within that area, and then the line that connects to the final phone.
MAC Address Also known as a hardware address or Ethernet address, is the 48-bit address used by Ethernet cards to talk directly over a local area network. Other LAN protocols such as Token Ring and 802.11 wireless LANs also use 48-bit addresses in the same way. You cannot communicate with a network card on a different network using this address, which is why IP addresses are required.
TCP Transmission Control Protocol - a connection-oriented protocol used by services that require reliable transfer ot variable length data, such as email, ftp and the web.
UDP User Datagram Protocol - a connectionless protocol used by some low-level system services like DNS, as well as multimedia applications like Real Audio

Konfigurasi Jaringan Linux

Jaringan komputer adalah kumpulan sejumlah komputer yang saling terhubung untuk dapat saling berkomunikasi dalam bentuk sharing data, chating, browsing dan lainya. Artikel kali ini akan membahas tentang sistem jaringan pada mesin Linux. Sistem Linux mempunyai kemampuan untuk administrasi sistem jaringan dengan berbasis GUI dan berbasis Text. Tutorial kali ini membahas administrasi sistem jaringan pada mesin Linux berbasis Text yakni dengan menggunakan sistem console atau shell linux yang mempunyai kemiripan dengan comment prompt atau dos prompt pada mesin windows.
A. Mendeteksi Kondisi Kartu Jaringan (NIC) 
1. Memeriksa keberdaan kartu jaringan
Saat pc melakukan booting, mesin linux akan melakukan pendeteksian semua perangkat keras yang terpasang untuk melakukan pengecekan ulang, termasuk juga kartu jaringan. Jika muncul pesan eth0 bernilai [OK] maka kertu jaringan bisa digunakan, tapi jika pesannya adalah eth0 bernilai [FAILED] maka kartu jaringan perlu dilakukan instalasi ulang atau upgrade.
2. Memeriksa kartu jaringan dengan perintah, #modprobe [nama kartu jaringannnya]
[root @ sambaserver root ]# modprobe rtl8139 => jika [OK] maka bisa dipakai.
B. Memasang IP Address melalui konsole atau shell linux
1. Melihat kondisi settingan kartu jaringan dengan perintah ifconfig
[root @ sambaserver root ]# ifconfig
:>> informasi yang muncul berupa Ipaddress yang ada
2. Jika IP address belum ada, maka pengisian IP address dengan perintah ifconfig sbb :
[root @ sambaserver root ]# ifconfig eth0 [no IP adrress] netmask [nonetmask/subnetmask] broadcast [no pancaran]
3. Memasang IP address pada alamat eth0
[root @ sambaserver root ]# ifconfig eth0 192.168.1.200 netmask 255.255.255.0 broadcast 192.168.1.255
4. Memeriksa konfigurasi IP address
[root @ sambaserver root ]# ifconfig eth0 => (hanya alamat pada eth0}
# ifconfig => (informasi alamat yang lengkap)
5. Menonaktifkan kartu jaringan pada eth0 (disable)
[root @ sambaserver root ]# ifconfig eth0 down
6. Mengaktifkan kembali kartu jaringan pada eth0 (activated)
[root @ sambaserver root ]# ifconfig eth0 up
7. Daemon yang digunakan pada jaringan
Daemon yaitu program untuk menangani system jaringan. Linux memiliki daemon yang bernam network yang berada dalam direktori = /etc/rc.d/init.d/network
Sintak untuk mengaktifkan daemon jaringan adalah sbb:
# /etc/rc.d/init.d/network {start | stop | restart | reload | status }
8. Menjalankan Daemon jaringan
[root @ sambaserver root ]#/etc/rc.d/init.d/network start
jika muncul pesan [OK] maka konfigurasi berhasil dan daemon dah aktif.
9. Menjalankan kembali daemon jaringan
[root @ sambaserver root ]# /etc/rc.d/init.d/network restart
10. Mematikan daemon jaringan
[root @ sambaserver root ]# /etc/rc/d/init.d/ network stop
C. Membuat file untuk konfigurasi IP address
Proses intalasi / setting IP tersebut diatas sifatnya hanya sementara, artinya jika komputer dimatikan atau restart maka saat hidup lagi settingan IP sudah hilang. Maka settingan IP addres sebaiknya dilakukan saat instalasi linux pertama kali.
Namun demikian ada cara lain, agar settingan IP address tidak hilang yaitu dengan membuat file konfigurasi tersendiri yang akan mengkonfigurasi saat Pc booting. Caranya adalah sbb :
1. saat login kedalam mesin linux, maka masuklah dengan user root sebagai super user/administrator. Namun jika sudah terlanjur dengan user biasa, bisa login ulang dengan perintah $ su
[user @ sambaserver user ] $ su {user bisa}
password : * * * * * {sebagi user root}
[root @ sambaserver root ]#
2. Buat file konfigurasi jaringan pada rc.local yang berada di direktori /etc/init.d, yang berupa file local yang akan dijalankan setiap kali PC booting.
3. buka file tersebut dengan editor vi, dengan perintah sbb :
[root @ sambaserver root ]# vi /etc/init.d/rc.local
lalu tambahkan baris berikut, dengan mengawalinya menekan huruf [I] = :
/sbin/modprobe rtl8139 => aktifkan kartu jaringannya
/sbin/ifconfig eth0 192.168.1.200 netmask 255.255.255.0 broadcast 192.168.1.255
=> setting ip addressnya
/sbin/ifconfig lo 127.0.0.1 => aktifkan ip addres mesin local
/sbin/ifconfig eth0 up = > aktifkan eth0 yang sudah berisi ip address
/sbin/ifconfig lo up => aktifkan lo yang sudah berisi ip addres local
4. Simpan file rc.local tersebut dengan cara menekan [esq], lalu tombol [shift] + [:] dilanjutkan tekan huruf [w] dan [q] lalu [enter].
Demikian Tutorial kali ini. Mohon maaf jika masih ada kekurangan.

Garuda OS

Sebenernya saya sudah pernah posting artikel ini di blog yg lain,tapi ga papa dech saya posting lagi :D .
Sekedar informasi saja GARUDA OS ini adalah sistem operasi buatan anak bangsa dan kita juga sebagai bangsa indonesia harusnya bangga juga donk karna anak indonesia bisa membuat OS sendiri,sebenernya saya ingin mencoba OS ini,tapi gemana lagi mau download jaringan nya lemot,mau beli ribet soalnya jauh kalau di samping rumah saya mungkin sudah beli heheh :) ,ok silahkan di baca informasinya di bawah ini/kunjungi langsung webnya untuk informasi yg lebih lengkap.
Selama puluhan tahun, Indonesia sudah sangat terikat dan tergantung pada software bajakan. Kemandirian (TI) Indonesia tidak akan pernah terwujud selama kita tidak berani bangkit untuk melakukan perubahan. Agar bisa mandiri, kita harus mulai berani untuk melepaskan diri dari belenggu software bajakan dan beralih ke software legal dari pengembang lokal, seperti GARUDA.
Hari Kebangkitan Nasional 2011 ini merupakan saat yang tepat untuk kita mulai belajar mandiri dan bangkit – khususnya di bidang TI – dengan mulai beralih dari menggunakan sistem operasi bajakan ke GARUDA
Apa yang bisa kita lakukan untuk menuju kemandirian (TI) Indonesia ???
Kemandirian Software. Beralih dari software bajakan ke software legal kreasi lokal, dalam hal ini kita bisa mendukung penggunaan sistem operasi lokal GARUDA sebagai pengganti OS bajakan.
Kemandirian Hardware. Menghindari pengadaan hardware yang tidak / belum mendukung software lokal. Jika Anda sebagai vendor hardware, mulailah untuk mendukung software lokal.
Kemandirian Game. Menghindari bermain game (online) yang tidak / belum mendukung software lokal. Jika Anda vendor game online, mulailah untuk mendukung software lokal.
Kemandirian Dokumen. Beralih menggunakan dokumen dengan format SNI (Standard Nasional Indonesia), yaitu Open Document Format (ODF) yang merupakan default format dokumen GARUDA.
GARUDA OS
Versi : GARUDA 1.1.5
Tanggal Rilis : 20-5-2011
Pengguna : Pemula s/d Mahir
Ukuran : 3.6 GB
TENTANG GARUDA :
GARUDA adalah sistem operasi (OS) legal berbasis sistem terbuka (Open Source) kreasi dari pengembang lokal. GARUDA menggunakan desktop modern yang menawan dan sangat mudah dipergunakan, bahkan oleh para pengguna yang sudah terbiasa dengan Windows.
GARUDA mendukung penggunaan dokumen format SNI (Standar Nasional Indonesia). GARUDA juga sangat aman dari gangguan virus komputer, stabilitasnya tinggi, disertai dukungan bahasa Indonesia dan dilengkapi dengan banyak program dari berbagai macam kategori.
GARUDA bisa diperoleh secara bebas tanpa harus mengeluarkan biaya untuk pembelian lisensi, namun tetap mengutamakan kualitas.
VIDEO GARUDA :
Video klip Desktop Garuda, Mode Netbook Garuda, Menu Program Aplikasi serta Program Perkantoran Garuda bisa dilihat disini.
FITUR GARUDA :
Inti (kernel) sistem operasi : 2.6.38.7
Desktop : KDE 4.6.3
Dukungan driver VGA (Nvidia, ATI, Intel, dll)
Dukungan Wireless untuk berbagai perangkat jaringan
Dukungan perangkat printer lokal ataupun jaringan
Dukungan banyak format populer multimedia (flv, mp4, avi, mov, mpg, mp3, wma, wav, ogg, dll …)
Dukungan bahasa Indonesia dan bahasa Inggris serta lebih dari 60 bahasa dunia lainnya (Jepang, Arab, Korea, India, Cina, dll…)
Dukungan untuk instalasi berbagai macam program aplikasi dan game (online) berbasis Windows
Dukungan untuk berbagai macam dokumen dari program populer berbasis Windows (seperti Photoshop, CorelDraw, MS Office, AutoCAD, dll)
NEW : Dukungan Font Aksara Indonesia (video).
NEW : Dukungan ratusan Font Google Web (video)
KEBUTUHAN PERANGKAT KERAS :
Processor : Intel Atom; Intel atau AMD sekelas Pentium IV atau lebih
Memory : RAM minimum 512 MB, rekomendasi 1 GB.
Hard disk : minimum 8 GB, rekomendasi 20 GB atau lebih jika ingin menginstal program lain
Video card : nVidia, ATI, Intel, SiS, Matrox, VIA
Sound card : Sound Blaster, kartu AC97 atau HDA
PROGRAM APLIKASI :
Perkantoran :
LibreOffice 3.3 – disertai kumpulan ribuan clipart, kompatibel dengan MS Office dan mendukung format dokumen SNI (Standar Nasional Indonesia)
Scribus – desktop publishing (pengganti Adobe InDesign, Page Maker)
Dia – diagram / flowchart (pengganti MS Visio)
Planner – manajemen proyek (pengganti MS Project)
GnuCash, KMyMoney – program keuangan (pengganti MYOB, MS Money, Quicken)
Kontact – Personal Information Manager / PIM
Okular, FBReader – universal document viewer
dan lain-lain …
Internet :
Mozilla Firefox 4.0.1, Chromium, Opera – web browser (pengganti Internet Explorer)
Mozilla Thunderbird – program email (pengganti MS Outlook)
FileZilla – upload download / FTP
kTorrent – program bittorrent
DropBox – Online Storage Program (free 2 Gb)
Choqok, Qwit, Twitux, Pino – aplikasi microblogging
Google Earth – penjelajah dunia
Skype – video conference / VOIP
Gyachi, Pidgin – Internet messenger
xChat – program chatting / IRC
Kompozer, Bluefish – web / html editor (pengganti Dreamweaver)
Miro – Internet TV
dan lain-lain …
Multimedia :
GIMP – editor gambar bitmap (pengganti Adobe Photoshop)
Inkscape – editor gambar vektor (pengganti CorelDraw)
Blender – Animasi 3D
Synfig, Pencil – Animasi 2D
XBMC – multimedia studio
kSnapshot – penangkap gambar layar
Digikam – pengelola foto digital
Gwenview – Photo Viewing Client
Amarok – audio player + Internet radio
Kaffeine – video / movie player
TVtime – television viewer
Audacity – audio editor
Cinelerra, Avidemux – video editor
dan lain-lain …
Edukasi :
Matematika – aljabar, geometri, plotter, pecahan
Bahasa – Inggris, Jepang, permainan bahasa
Geografi – atlas dunia, planetarium, kuis
Kimia – tabel periodik
Logika Pemrograman
Administrasi Sistem :
DrakConf – Computer Control Center
Synaptic – Software Package Manager
Samba – Windows sharing file
Team Viewer – remote desktop & online meeting
Bleachbit – pembersih sistem
Back in Time – backup restore sistem
dan lain-lain …
Program Bantu :
Ark – program kompres file (pengganti Winzip, WinRar)
K3b – pembakar CD/DVD (pengganti Nero)
Dolphin – file manager
Cairo Dock – Mac OS menu dock
Compiz Fusion + Emerald
Emulator DOS + Windows
dan lain-lain …
Game :
3D Game Maker
Mahjong, Tetris, Rubik, Billiard, Pinball, BlockOut, Sudoku, Reversi
Solitaire, Heart, Domino, Poker, Backgammon, Chess, Scrabble
Frozen Bubble, Flight Simulator, Tron, Karaoke
City Simulation, Fighter, Doom, Racing, Tremulous FPS
DJL, Play on Linux, Autodownloader – game manager / downloader
dan lain-lain ….
Dan diluar program-program yang sudah terinstal diatas, masih ada lebih dari 10.000 program tambahan dalam berbagai kategori yang tersedia di repository (pustaka program) Synaptic.