Krizzyla

Biggest Reason You Are Not Making Money Online

noreply@blogger.com (krizzyla) — Mon, 9 Mar 2015 00:27:00 +0800

Everybody is keen to make money online these days. With the current financial crises and a really bad job market, it’s no wonder more people are turning to internet to find a way to earn extra money. Unfortunately, most people who attempt to make money online will fail.

There are so many ways to make extra money that nearly anyone can find a method that suits their skills and capability. The reason for people failing in their efforts of making money online is not that they couldn’t find an appropriate way or that they couldn’t manage time for their new venture. No, the most common reason for many of us failing to make online money is because we FAIL to ACT. We keep searching continuously for different methods of making money, we find some that we consider to be good methods, we keep reading and learning about them for days, weeks and months, yet we fail to put any of those learned lessons into use.

I myself was a victim of that. Some years ago I got interested in making online money. So, like anybody else in that kind of a situation, I too started looking for helpful information and means of making money online. I joined a couple of online money making forums. I also subscribed to a couple of blogs that I thought were offering really good information about making money online and they proved to do so.

I did read a lot of good content and found some great ways to make online money. Some of them even provided simple step-by-step guides. Yet, I failed to make any money, because I didn’t put any of those methods to practice.

I kept looking for better ways in anticipation of finding a better and quicker way of making online money. Perhaps I was looking for the “magic button” so I could push it and make money online. Of course, I never found one! I learned a lot of things on the subject of making money online, different ways and strategies, different tools and so on. But, non of that information was going to help me make money if I wasn’t going to take any action.

All I’m trying to tell you is to stop searching for an easier quicker way of making money. Pick one method and give it your best. It won’t help working on it for a while, only to give it up and look for another simpler way.

There is no doubt that there are many different ways of making online money. While some of them are quick, others are not. By simply knowing these methods you are not going to make any money. You must act if you like to make money. There is no point in continuing your search if you aren’t going to use your new found information.

Don’t waste time reading blogs and forums in search of quick ways to make money that will make you rich overnight. Please understand this, there is no such method! The only thing that can help you make money is your action.

It’s almost certain that any money making system will take time and effort before you start getting results. You just have to remain committed. Thankfully, most of the methods of earning money don’t cost you anything except your time, which you would otherwise be wasting looking for that magical way of making quick money any way.

In short, JUST DO IT. If you are really interested in making money online, you must act. Look for a simple way of making online money and give it your best. If it works, you earn money and you can take it a step further and earn more money. If it fails, look for another method. Rest assured that you’ll surely find a way that works well for you and your unique situation.

4 Ways to Find Guest Blogging Opportunities

noreply@blogger.com (krizzyla) — Mon, 9 Mar 2015 00:23:00 +0800

Guest blogging has quickly become one of the most popular methods for promoting a business or increasing traffic to an already established blog.

Not only does it direct immediate traffic to your blog after a reader finishes the blog post and clicks your link to find more of your content, the support given to your site by the host site via the link is very important to Google, and eventually, in terms of how Google ranks your site.

So, given the knowledge that it’s beneficial in more than one way, if you have not yet explored guest blogging for your own site, it might be the next best thing you can do! Not sure where to start? Try some of these tips to get started.

1) Ask Your Blogging Friends

When just starting out, the best thing you can do is to guest blog on sites that you are already friends with. This way you’ll already know the content type, tone and style of the blog and can write appropriately to match, with very little effort. You’ll also know what’s already been covered so you can avoid duplicating content.

This will allow you to build up a solid portfolio, which you can then use to show potential sites that you do not already know as proof that you are a well qualified guest blogger. I started out blogging specifically about patio heaters and had to begin with working friends within the heater industry before branching out into other areas like blogging.

2) Find Related Sites via Blog Rolls

The next easiest way to find sites is to read the blog roll lists on the sites that you are currently guest writing for. This gives you a direct connection to the new blog. You can even begin your pitch with something like, “You may have seen me on ___________ (fill in with the name of the blog that links out to his blog).” This potential blogger will feel like he is repaying a favor to the original blogger who linked out to his site, simply by allowing you to write for him. He will also have seen your writing validated by being published on a site, and he will be that much more likely to accept a guest post from you.

3)Take Advantage of Google

Google will become your best friend after you have exhausted blogs you know and the blogs that those blogs know. You can easily type in your content topic, such as “Linux” in connection with “guest blog.” Your search query will look something like this: “Linnux AND guest blog.” By typing this in, Google will provide you with a list of other people who have written a guest blog about Linnux. You can see what sites they wrote for and, knowing that those sites accept guest bloggers, attempt to get your own writing posted on those sites.

4) Search Forums

Sites like myblogguest.com actually have forums where people post “Want Ads” for guest bloggers. They are typically broken down into category, so if you are hoping to write about Technology or about WordPress, you can go to the appropriate category and find blog owners who are actively seeking out guest bloggers to contribute valuable content to their sites.

Remember, no matter who you contact, be extremely professional and attempt to answer all their questions before they have a chance to ask them. By doing this, you will save them time in writing you a lengthy email asking details you could have already provided. Provide them with excellent content and chances are good they will recommend you to other sites as well. As long as you’re writing good content and keeping a very professional demeanor, you shouldn’t have any problem finding excellent quality sites to write for! So go get started and get ready for higher traffic to start coming in!

Google Chrome Standalone Offline Installer

noreply@blogger.com (krizzyla) — Tue, 27 Nov 2012 07:36:00 +0800

When you download the ChromeSetup.exe from Google Chrome's site, you're only downloading the installer for Google Updater. The updater will downloads Google Chrome's full setup and then install the software.

Here's an excerpt from a Squid report:

12/29/2008-13:42:29 http://dl.google.com/update2/1.2.131.27/GoogleUpdateSetup.exe
12/29/2008-13:42:29 http://dl.google.com/update2/1.2.131.27/clickonce_bootstrap.exe
12/29/2008-13:42:35 http://cache.pack.google.com/chrome/install/154.36/chrome_installer.exe

But sometimes you can't install the auto-updating software or you need to perform an offline install of the software. To solve these issues, Google Chrome started to offer a standalone installer.

Google notes that "the version of Google Chrome available from the link below may not auto-update to future browser releases, meaning you could miss important security fixes and feature improvements. If you install Google Chrome using the link below, bookmark this page and check back periodically to manually download newer releases." When I installed Chrome using the offline setup, Google added the auto-updating service.

Samsung Galaxy Pocket GT-S5300 Hard Reset

noreply@blogger.com (krizzyla) — Mon, 26 Nov 2012 21:31:00 +0800

Warning : by performing the hard reset will erase all fo personal data in internal storage, e.g. contact, message, reminder etc. Please do full backup first.

To perform the hard reset on Samsung Galaxy Pocket GT-S5300, there's two methodes :

- First, input secret code methode : Go to dial pad and type *2767*3855#

- Use recovery mode methode :

Turn off the phone
Press & hold volume up + home button simultaneously, then power on the phone
Release volume up + home button if recovery menu appear
Scroll down to factory data reset menu, use volume down to navigate and home button to confirm.
Phone will automatically restart and now the phone is on factory state.

Comparison of Cable Modem over ADSL

noreply@blogger.com (krizzyla) — Thu, 22 Nov 2012 02:29:00 +0800

In the narrowband access technology from the existing optical access solutions to end the process of evolution, there will be many very viable transition technology, which, based on ADSL technology and the telephone line cable of Cable Modem based technology is the mostpotential.

ADSL line rate with upper and lower asymmetric features, so its application is mainly applied to provide users with Internet access and VOD on demand and other services, does not apply to LAN interconnection services.Provide Internet access services using "ADSL + ATM / Ethernet" approach.ADSL client remote device configuration, the Council configure DSLAM (ADSL central office equipment), between them, with ordinary telephone twisted pair connections.

ADSL users PC, the remote device to provide Ethernet interface, DSLAM through the ATM or Fast Ethernet and connected to ISP. Through the network, users can achieve broadband Internet access.ISP DSLAM can be placed in the room, through the access network access to ISP; also be directly placed in the ISP engine room, and the ISP directly connected to the LAN access platform use.Using ADSL VOD video on demand service available, you can use "ADSL + ATM" approach.

Cable Modem is also a downlink and uplink bandwidth asymmetry of technology, to provide Internet access and VOD for the two businesses.Which can be used to provide Internet access service "HFC + Cable Modem + Ethernet / ATM" approach.Central Office needs with a HFC Headend Equipment, by ATM or Fast Ethernet and Internet connectivity, and complete signal modulation and mixing functions.Data signals through the HFC network (HFC) transmitted to the user at home, Cable Modem signal the completion of decoding, demodulation and other functions, and digital signal through the Ethernet port to send to the PC.Conversely, Cable Modem PC, came to receive the uplink signal, encoded, modulated pass through HFC head-end equipment.

ADSL and Cable Modem networking are two techniques can provide a variety of business and can basically meet the needs of current broadband services.ADSL bandwidth is lower than in the Cable Modem, but the use of HFC Cable Modem and to network in stability, reliability, power supply and operation and maintenance systems are still some problems.In addition, because of its network line bandwidth is shared, in fact, after the user reaches a certain size can not provide broadband data services, users share the bandwidth is very limited.The following is the author's comparison of these two technologies.

Security.As the Cable Modem signal of all users were carried out with a coaxial cable transmission, so there is the risk of wiretapping.Problem solving wiretapping to protect the cable first, followed by the lines to understand the process of establishing a good set initialization parameters, the latter point is technically difficult to resolve.The ADSL not have this problem.

Reliability.As the CATV network is a tree, so very easy to create a single point of failure, such as damage to the cable, amplifier failure, transmitter failure will cause the node's customer service interruption.The ADSL uses a star network, a fault will only affect ADSL equipment to a user.

Stability.Cable Modem users will be able to enjoy the early stage of very high quality service, this is because the small number of users under bandwidth and band lines are very abundant.However, each addition of Cable Modem users will increase noise, occupied channel, reduce the impact of circuit reliability and quality of service on the existing users.This will be the Cable Modem urgent need to address a major problem.ADSL access network is not affected by the number of users and traffic impact.Of course, if the DSLAM bandwidth of less than all of the export total bandwidth users may need, there will be congestion at peak times, but this time as long as the bandwidth by increasing exports can solve this problem.

Compatibility.Although the Cable Modem and ADSL have been introduced technical norms and standards, but there are different manufacturers of the products can not be compatible to the market expanding so bring some difficulties.

Network cost.Cost in the network, ADSL equipment cost is clearly higher than the Cable Modem, but the latter need to be able to apply after the completion of HFC transformation.At present, China can only satisfy the majority of HFC 450MHz band of frequencies, while the use of HFC two-way business at least 750MHz bandwidth.This obviously does not meet the requirements need to replace all the coaxial cable.At the same time, to achieve a two-way HFC cable television line to replace the current use of one-way amplifier, this part of the reconstruction cost is very high.

FTTH vs. HFC

noreply@blogger.com (krizzyla) — Thu, 22 Nov 2012 02:11:00 +0800

Since the early launches of Fiber to the Home (FTTH), advocates of this system architecture have touted its superior bandwidth as one of the main justifications for naming it the broadband network architecture of the future. However, while it is indisputable that fiber information capacity is vastly greater than that of a coaxial cable entering the home, today’s FTTH implementations yield no clear advantage over the near term possibilities for existing coaxial infrastructure. There are several points of confusion that arise when comparing cable’s Hybrid Fiber/Coax (HFC) architecture to a telco’s FTTH implementation.

Much of the confusion begins with comparing the number of subscribers in a given FTTH system to the number in a given HFC service group. Some writers on the subject begin with the assumption of 500 subscribers per cable TV service group, based on the late 90’s architecture statements from some of the largest cable system operators at the time.

For HFC, a service group is usually defined by the number of subscribers served by a single optical node. However, the 500 subscriber figure is rapidly becoming a dated one. Much of the US HFC infrastructure was designed with segmentable optical nodes so that an optical node feeding 500 homes at the time could be reconfigured into 4 service areas of roughly 125 subscribers each. When those systems were designed, the optical wavelengths available to CATV system designers were limited to either 1310 or 1550 nm for purposes of economy, so eight separate fibers and 2 spares to each node were often part of the fiber network’s design to provide for unique content on each pre-planned, segmented branch.

Today, with the availability of more optical wavelengths made for cable television distribution (CWDM or even DWDM), the fibers that were once planned for use at a single node station could be extended to other newly installed, deeper node stations, thus further reducing the number of subscribers in a service area. In fact, with the addition of just a single 2x2 node in each branch of the originally installed big 4x4 node’s service area, it is possible to cut the original 500 subscriber service area model down to 8 service areas of little more than 32 subscribers each- the magic number that happens to coincide with the telco GPON definition of 32 subscribers per service area.

Once the HFC service area is down to 32 subscribers, the coaxial system approaches the capacity of current GPON systems. This is simply because, whether in the coaxial or fiber part of cable’s HFC plant, the system carries digital information using radio-centric signaling, whereas GPON FTTH adaptation uses basic line-code (on-off) centric signaling.

Radio-centric signaling commonly separates different services into discrete silos, referred to as channels, a method known as frequency division multiplexing. In HFC digital radio signaling, each channel is configured to transport digital information by a specific amplitude modulation method known as Quadrature Amplitude Modulation (QAM).

A common QAM level in CATV is 256 QAM, which amounts to about a 38 MBPS data rate per each channel. HFC systems are migrating toward 1,002 MHz upper frequency limit, so at 6 MHz per channel, there’s about 158 channels of capacity on these upgraded systems. Simply put, that’s 6 GBPS full spectrum that fits on a single wavelength using the radio-centric cable signaling method. While this capacity is no big secret, it is almost never presented this way in the HFC vs. FTTH forum because cable employs so many different radio formats over the typical system that it’s hard to make a direct comparison given the state of a cable system today, with its mix of analog channels, digital channels, cable modem channels, etc.

One of the tricky things about having this kind of capacity, until very recently, has been the difficulty in accessing the available data rate. Since each channel is 38 MBPS, the maximum bandwidth available to one user would be 38 MBPS under DOCSIS 1.X and DOCSIS 2.0. But with the adaptation of channel bonding, a new feature in DOCSIS 3.0 a cable modem can access 8 channels simultaneously, with plans for 10 channels at a time. So, with current technology, it is possible for a radio-centric network to provide access of up to 1 GBPS per radio.

So far we’ve covered the downstream capacity of an HFC system and have found, that using radio-centric signaling, the capacity flowing from the headend to the subscriber is quite large given a subscriber group size comparable to a GPON system and a spectrum filled exclusively with digital carriers.

The next consideration is what to do with the upstream performance. US Cable systems are divided downstream and upstream by frequency splitting passives, known as diplex filters, usually located in the line equipment- the amplifiers and nodes that deliver the signal to the subscribers via coax and fiber. The upstream path occupies spectrum from 5 to 42 MHz and the downstream occupies 54 to as high as 1,002 MHz currently. In short, the upstream path is just a tiny sliver compared to the downstream path.

This legacy frequency split is due exclusively to the legacy frequency allocations of broadcast stations in the US. Since channel 2 is designated as the lowest carrier in television broadcast, and it occupies the spectrum from 54 to 60 MHz, then cable also currently begins its downstream spectrum at 54 MHz so that legacy analog television tuners can be used to receive cable signals without the need for a converter box.

However, with the end of analog broadcast television upon us, this utility will soon be obsolete, even though cable companies can continue to carry analog stations beyond broadcast’s conversion to all digital transmission. Once consumers settle into an all digital world, the legacy frequency split will no longer serve any meaningful purpose. So, those networks that have certain modular equipment in the outside plant will be able to reclaim the lower end of the formerly analog spectrum for upstream signal path use by changing the frequency split (diplex) modules in their line equipment, thereby expanding the bandwidth of the return path up to a level nearly symmetrical with that used for downstream radio access. That means potential bidirectional access of 1 GBPS per subscriber radio (modem).

The scenario described above is somewhat arbitrary. That is, the 1 GBPS access could be any other rate that is or will be provided for in current or future multiple access radio standards. However, we will extend the 1 GBPS bidirectional scenario into the remainder of this part of the discussion.

We’ve taken up 2 GBPS of the roughly 6 GBPS of capacity providing for a pretty seriously high data rate, bidirectional data service. That leaves us 4 GBPS for the last but still very important component of signal carriage- the video services. Put another way, we’ve taken 20 channels of frequency spectrum to provide for data services (just ignoring the extra bandwidth in the 5 to 42 MHz range). That leaves us 138 of 158 channels for video service, assuming a 1,002 MHz system.

Now, these remaining channels can be allocated for analog, standard definition video or high definition video, but continuing on the scenario of a premium, all-digital network we should look at providing for a good number of high definition stations. 5 HD services take up about 2 channels, so 160 HD services would take up 64 channels, leaving 74 channels for standard definition. At 7 services per carrier, there’s room enough left for 518 standard definition services- far more if switched digital video is part of the solution.

So, by matching service area size, migrating to all digital, and using multiple access radios for data access, an HFC system can rival the performance of today’s FTTH implementations, and even beat some of the older implementations. In the next installment of this discussion, some ideas for an even more robust implementation of a radio-centric network will be offered.

GPON vs. GEPON

noreply@blogger.com (krizzyla) — Thu, 22 Nov 2012 01:54:00 +0800

PON is the acronym for Passive Optical Network is a point-to multipoint network. A PON consists of optical line terminal at the service provider’s central office and many number of optical network units near end users. The goal of PON is to reduce the amount of fiber.

Here are the list of advantages of GEPON over GPON and its differences.

Standards of PON (Passive Optical Network):

There are two standards of the Passive Optical Network available and they are listed here.

GPON
GEPON

GPON:

GPON (Gigabit PON) is the evolution of broadband PON (BPON) standard. The protocols used by GPON are ATM, GEM, and Ethernet. It supports higher rates and has more security.

GEPON:

GEPON or EPON (Ethernet PON) is an IEEE standard that uses Ethernet for sending data packets. In current there are 15 million EPON ports installed. GEPON uses 1 gigabit per second upstream and downstream rates.
EPON/GEPON is a fast Ethernet over passive optical networks which are point to multipoint to the premises (FTTP) or fiber to the home (FTTH) architecture in which single optical fiber is used to serve multiple premises or users.

The Differences between GEPON and GPON:

The differences that make the GEPON the best are discussed here.

One important distinction between the standards is operational speed. BPON is relatively low speed with 155 Mbps upstream/622 Mbps downstream operation. GE-PON/EPON operates at 2.5 Gbps symmetrical operation. GPON supports 1 Gbps asymmetrical operation. Another key distinction is the protocol support for transport of data packets between access network equipment.

BPON is based on ATM, GPON uses native Ethernet and GEPON supports ATM, Ethernet and WDM using a superset multi-protocol layer.

GEPON is still evolving; but, it requires the multiple protocols through translation to support the native Generic Encapsulation Method (GEM) transport layer. This emulation supports ATM, Ethernet and WDM protocols. It is widely deployed in Asia and uses Ethernet as its native protocol and simplifies timing and lowers the costs by using symmetrical 2.5 Gbps data streams. The complexity is lower and cost is less than GPON. GEPON has an installation cost advantage.

GEPON Supports Class of Service (CoS) operation for time-sensitive transport of data payloads such as video. This video frames must be delivered in sequence and it should maintain time constraint to prevent malfunction. It functions with VoIP.

When compared to GPON, GEPON is highly scalable and flexible; it provides service for more than 2,300 subscribers. It is used in telecommunication services. GEPON supports effective education and public outreach (EPO). This network will:

It provides infrastructure to facilitate collaboration between scientists, educators etc.
Provides support systems for professional development.

ADVANTAGES OF GEPON:

There are many advantages of the GEPON. They are listed and discussed here.
Service flexibility: The GEPON does lots of services and it is of very flexible type.
Easy, modular planning and rollout: The GEPON is the easiest mechanism and there is modular planning and roll out that is attached with the GEPON which adds lots of benefits to the GEPON differentiating from the GPON.
Highest density and availability.
Price. GEPON solutions at the time of writing are more cost effective
Much more easy configuration - easier to use, almost plug and play technology.

Maxis Fiber To The Home

noreply@blogger.com (krizzyla) — Tue, 20 Nov 2012 04:35:00 +0800

Equipment Involved : TM Huawei Echolife HG655a VDSL Modem, Maxis Thomson TG784n Router, TP-Link WR842ND Router (CUSTOM, can be any brand or model, but NOT ADSL MODEM ROUTER.

Maxis Default Installation

Difference between UniFi and Maxis VDSL connection :
UniFi VoIP is directly connected to TM's Huawei VDSL Modem, while Maxis VoIP is connected to Maxis Thomson Router.
Different VLAN Tagging,
Maxis : VLAN 621, VLAN821, VLAN822

After Modification :

NOTE : Maxis Thomson router is connected to LAN2 (For VoIP Purpose only), Your CUSTOM Router is connected to LAN3.

STEP 1 : Take a LAN cable and connect to Port 1 of TM Huawei Hg655a VDSL Modem, make sure you set your PC's Local Area Connection IP to fixed as indicated by below Pic.

STEP 2 : Type 192.168.1.1 in your Chrome/Firefox browser,
Username : admin
Password : hs5711Bbvl

STEP 3 : Backup your Huawei configuration file first so that you can easily restore back if anything happens.

STEP 4 : Navigate to Basic -> WAN.
Click on ptm1.621
UNTICK LAN2 on both Port Binding and VLAN Tagging.
TICK LAN3 on Port Binding ONLY!
Click on Submit button!

STEP 5 : Connect your CUSTOM Router to PORT 3 of Huawei HG655a VDSL Modem!

STEP 6 (Optional) : Connect to your WEB GUI of your ROUTER, change the IP of your router to 192.168.1.254

STEP 7 : Configure the PPPoE dialler for your router.

NOTE :
Sample Maxis Username : 12345@home.maxis.com.my (Private IP)
Password : 123451 (Always + number 1 to the back of your username)

Maxis comes with Private IP in default, if you want to get Public IP, just give the customer service a call and tell them you want to host your CCTV/etc and request a Public IP from them, they will then activate it for you and will call you back a few more days to teach you how to configure. Basically just change the word HOME to PUBLIC. Username : 12345@PUBLIC.maxis.com.my (Public IP).

STEP 8 (Optional ) : Turn off Thomson Wireless Transmission.

Connect your PC to Thomson Router,
Type 192.168.1.254 into your browser,
Navigate to Home Network -> Interfaces
Click on WLAN: ThomsonXXXXX (XXXmbps).

DONE!

Maxis uses VLAN 621 for Internet, and VLAN 821 / 822 for VoIP (Either one and I think another one will be for future IPTV deployment, expert please help to figure out).

In this modification, Thomson router will be retained for sole VoIP purpose, however full migration of VoIP to Huawei VDSL modem is possible if we have the configuration details for Maxis VoIP. If anyone has it, please share! You may switch off your Thomson router if you don't intend to use the VoIP service.

Via lowyat

Huawei HG655A BTU with Custom Router

noreply@blogger.com (krizzyla) — Tue, 20 Nov 2012 03:45:00 +0800

This guide is provided as it is to those Unifier in Malaysia hooked to the newest fiber optic network of Telekom Malaysia the High Speed Broadband.

This guide is solely to configure the Huawei HG655A BTU with custom router or with any router wireless AP.

I am here providing a guide how to connect to UniFi by using your own ROUTER. You may follow the step by step guide below how to re-configure by removing the VLAN-500 Bridging in Huawei HG655a VDSL modem. So you can use any router to connect to the Internet. Don't worry about the IPTV it will still work. Please read below.

I am not sure about Fiberhome BTU if you are willing to explore it yourself by following my guide, I will not take any responsibility if you bricked your devices.

Standard UniFi Setup

Note that the Huawei HG655a LAN Port 1 is connected to D-Link DIR-615a's WAN Port where as the LAN Port 4 is connected to TM IPTV.

UniFi will provide a D-Link DIR-615 Wireless router or RG TMRnd Wireless router for all users no matter you're applying for Residential or Business use. Above is the standard setup for all UniFi users.

Custom UniFi Setup

After following my guide your setup will look like the above diagram.
Your Own Router's WAN Port will connect to Huawei HG655a LAN Port 3.
IPTV will connect to Huawei HG655a LAN Port 1.

THINGS TO PREPARE BEFORE WE PROCEED

Make sure you have your UniFi login ID and Password. The login ID should be xxx@unifi or xxx@unifibiz
Download Mozilla Firefox because sometimes the Huawei HG655a WebGUI will not work in Internet Explorer.
A DSL Router / Wireless Router (Your Own Router). Note that this guide will not work for ADSL Modem Router! We just need a normal Router with 1 x WAN + 4 x LAN Ports or Firewall appliance.

Let's begin..

Step 1 (Manually set Fixed IP):

Plug in a network into Huawei HG655a VDSL Modem LAN port 2. Because Huawei HG655a VDSL Modem by default the DHCP is disabled so you should configure manually set Local Area Connection to fixed IP like the example below.

Step 2 (Login to Huawei HG655a):

Open Mozilla Firefox and type the URL http://192.168.1.1/ key in the username and password below and click Login.

Username: admin
Password: hs5711Bbvl

Step 3 (Backup Configuration File):

After login navigate to Maintenance > Device > Configuration File tab. You should always backup your config file before proceed to the next step.

Step 4 (Removing VLAN Tagging):

This step is to remove the VLAN tagging from the port.
1. Click on ptm1.500 on the first highlight.
2. Untick Port binding & VLAN tagging: LAN1 and tick Port Binding LAN3.
3. Click Submit button.

Step 5 (Connecting IPTV):

It's simple, just connect your IPTV direct to Huawei HG655 LAN1 port. Restart both devices (HG655a & IPTV Set-Top-Box)

Next...

1. Change your Local Area Connection back to "Obtain an IP address automatically"
2. Plug Your Own Router's WAN port to Huawei HG655a LAN Port 3.
3. Connect your PC to Your Own Router.
4. Login to Web Configuration page.

The above screen shot of my TP-Link WR841N stock firmware. Go to WAN select PPPoE key in your UniFi login ID and password. You should be able to connect to Internet with Your Own Router now! Enjoy!!

Via stanleytiang

Huawei HG655A BTU As Modem Router

noreply@blogger.com (krizzyla) — Tue, 20 Nov 2012 03:19:00 +0800

This guide is provided as it is to those Unifier in Malaysia hooked to the newest fiber optic network of Telekom Malaysia the High Speed Broadband.

This guide is solely to configure the Huawei HG655A BTU as a modem router.

There are several forum members from Lowyat requested for a guide that how to configure Huawei HG655a BTU as a modem router. So that user can directly connect their PC BTU device Huawei HG655A loacal area network or the LAN ports.

Standard UniFi Setup

Note that the Huawei HG655a LAN Port 1 is connected to D-Link DIR-615a's WAN Port where as the LAN Port 4 is connected to TM IPTV.

Configure Huawei HG655a as a Modem Router

After following my guide your setup will look like the above diagram. Your PC or Network Switch will be directly connected to Huawei HG655a LAN ports.

THINGS TO PREPARE BEFORE WE PROCEED

Make sure you have your UniFi login ID and Password. The login ID should be xxx@unifi or xxx@unifibiz
Download Mozilla Firefox because sometimes the Huawei HG655a WebGUI will not work in Internet Explorer.

Let's begin..

Step 1 (Manually set Fixed IP):

Step 2 (Login to Huawei HG655a):

Open Mozilla Firefox and type the URL http://192.168.1.1/ key in the username and password below and click Login.

Username: admin
Password: hs5711Bbvl

Step 3 (Backup Configuration File):

After login navigate to Maintenance > Device > Configuration File tab. You should always backup your config file before proceed to the next step.

Step 4 (Configure WAN as PPPoE):

Go to Basic > WAN > select ptm1.500
Uncheck all Port Binding
Connection mode: Route
Type your UniFi login and password

Step 5 (Enable DHCP Server):

Go to Basic > LAN
Under DHCP Server check Enable
Start IP Address: 192.168.1.100
End IP Address: 192.168.1.254
Primary DNS Server Address: 8.8.8.8
Secondary DNS Server Address: 208.67.222.222

Step 6 (Verification):
Restart the Huawei HG655a BTU
Login to the admin page
Go to Status > WAN > Network > Ensure the ptm1.500 is connected

Once its connected you're ready to online!
Via stanleytiang

Any Router Should Work with Unifi

noreply@blogger.com (krizzyla) — Tue, 20 Nov 2012 00:18:00 +0800

Method to use any router with unifi (IPTV-compatible) for ZTE ZXDSL 931Dll (VDSL Modem)

Actually this concept is the same with unifi.stanleytiang.com. It’s for vdsl modem brand Huawei HG655a. But, my tutorial is for vdsl modem ZTE ZXDSL 931Dll.

Unifi Standard Installation

500 = vlan data (internet)
600 = vlan IPTV

Problem

1. I want to use DD-WRT in my Dlink DIR-615
2. Using DD-WRT, we can not use IPTV anymore. See http://unifi.athena.my/router_compatibility.php

Solution

1. Plug IPTV cable to ZTE ZXDSL 931Dll (VDSL Modem)
2. Put static IP 192.168.1.2 and subnet 255.255.255.0 in your PC
3. Plug the cable to LAN2 port of ZTE ZXDSL 931Dll
4. Open browser and go to http://192.168.1.1

username: admin
password: hs5711Bbvl

5. Go to Network -> WAN -> Port Binding

Go to Bridge_PTM_500_0 at the dropdown list. Tick LAN4. Click submit.

6. Go to Network -> WAN -> VLAN Trunk

Choose LAN1 at the dropdown list.
Choose 2 or 0 for Supported VLAN number. Dont choose 600 for VLAN ID.
Choose 600 at the PVID dropdown list
Click Submit.

7. Go to Network -> WAN -> VLAN Trunk. You can choose method 7a or method 7b. I recommend you follow step 7a because it is easier and less work to do.

Method 7 a) Added this Method for those router that are not capable on VLAN-tagging.

Even though you have a VLAN tagging capable router, you do not have to tag your WAN port with VLAN if you use this method. This works for all routers including not-VLAN-tagging capable router like Streamyx router. Thank to the this blog. You just setup normal PPPoE in your router.

Choose LAN4 at the dropdown list.
Tick Enable VLAN Trunk
First Supported VLAN number, insert value 0.
For PVID, choose 500.
Click Submit.

Method 7 b)

This method is not working with the routers that does not have VLAN tagging capability. This only works for VLAN tagging capable router. You have to tag VLAN500 and setup PPPoE in your router. That’s why i cross it.

Choose LAN4 at the dropdown list.
Tick Enable VLAN Trunk
First Supported VLAN number, insert value 1.
For VLAN ID1, choose 500.
Click Submit.

8. Plug STB cable to LAN1 port of ZTE, After that Dlink DIR615 cable to LAN4 ZTE. After that reboot all the equipment.

After that, you can use any router with your unifi. If you want to use DD-WRT firmware you can follow this tutorial, http://unifi.athena.my/ddwrt_guide.php (Ignore VLAN tagging step if you use method 7a).

All images posted in this article and ideas are not mine it belongs to azim references found at the following sites http://www.klseet.com, http://unifi.athena.my, http://unifi.stanleytiang.com.

Unifi ZTE VDSL with Any Router

noreply@blogger.com (krizzyla) — Mon, 19 Nov 2012 23:39:00 +0800

I’ve configured the ZTE 931Dll VDSL modem to be used with our standard DD-WRT router. This required modifying the ZTE settings to perform VLAN bridging for the DD-WRT router.

The general steps are outlined in another post.

However, the critical last step is different. I tried the steps at the blog but it didn’t work. Using my head, I decided to try a different setting, which worked.

Set the LAN4 trunking to:
Enable VLAN trunk: Checked
Supported VLAN Number: 0
PVID: 500

Then, configure the DD-WRT router to perform PPPoE as normal.

That’s all!

Unifi High Speed Broadband in Danau Permai

noreply@blogger.com (krizzyla) — Mon, 19 Nov 2012 23:29:00 +0800

After a prolonged delay, TM, the national communication company is bringing High speed broadband to Danau Permai Residents.

For more details on their offering and packages. Check on their website at www.unify.my

and their packages here: http://www.unifi.my/unifi/index.php?option=com_content&view=article&id=76&Itemid=206

TM laid an optic fiber to the termination cabinet located near Block 8. Because of the limitation of the laying new optic fiber to each individual condo unit. TM decided the to take the easy way out. They instead laid copper pairs to link to your existing phone line. Yes. no fiber to your unit!

In the termination cabinet, the signal from the optic fiber is converted. Since the copper is relatively short. VDSL should suffice to provide a reliable signal. It will be ideal if TM can provide fiber end to end. However, the existing aging infrastructure will be a nightmare for any installer.

With VDSL technology, your copper line may still be prompt to lightning strike.

TM is using VLAN technology to subdivide the bandwidth delivered to your home. There are three VLAN to cater for VOIP phone, Hypp TV (IPTV) and finally your high speed broadband.

There are a wealth of information available on the web. Just google it.

Update: Speed and reliability for UNIFI is good and stable for now. Streamyx users are equally happy as the no of sharing the line also reduced.

Via danaupermai

Unifi Hypp HD IPTV Set-Top Box Huawei EC2108E

noreply@blogger.com (krizzyla) — Mon, 19 Nov 2012 22:59:00 +0800

TM Unifi Hypp HD IPTV Set-Top Box from Huawei, A set-top box (STB) or set-top unit (STU) is an information appliance device that generally contains a tuner and connects to a television set and an external source of signal, turning the source signal into content in a form that can then be displayed on the television screen or other display device. Set-top boxes can also enhance source signal quality. They are used in cable television and satellite television systems, as well as other uses.

ZTE ZXDSL 931DII

noreply@blogger.com (krizzyla) — Mon, 19 Nov 2012 22:31:00 +0800

The ZTE ZXDSL 931DII is a Wireless VDSL2 router modem, which is an advanced all-in-one gateway incorporating VDSL2 modem, The 931DⅡoffers VoIP access that feature full compliance with industry standards. It is suitable for a wide range of application scenarios like residential (in-home) and commercial (offices, apartments, hotels, warehouses) applications. At user side, it offers high-speed VDSL2 access service for residential and small business customers.

Features

ITU-T G.993.2 VDSL2 standard and ITU-T G.992.5 ADSL2+ standard;
Supporting Bridge or Router mode, NAT,802.1D, 802.1Q, static routing and dynamic routing;
TR069, SNMPV2 remote CPE management, WEB page setting, and rapid configuration function;
High reliability, simple operations and low power consumption;
Configuration files can be backed up to the local computer, and stored configuration files can be uploaded to ZXDSL 931DII.

TP-Link WR740N v4.23 Install LuCI Webgui

noreply@blogger.com (krizzyla) — Fri, 16 Nov 2012 21:05:00 +0800

On my previous post you can check the first part of this article on how to upgrade your TP-Link WR740N v4.23 with OpenWrt trunk firmware if you want to used it on Unifi if you are living in Malaysia especially in Kuala Lumpur. This is an alternative to D-Link DIR-615 that claims by many Unifi netizens full of bugs. Another good thing about TP-Link WR740N is the price you can just get it from LowYat Plaza at around 47RM. Yes so cheap, there is an alternative if you want to flashed it also with DD-WRT firmware.

Here's how to install the Luci Web graphical user interface (GUI), first is you must have an internet connection on another router. Your TP-Link WR740N now OpenWrt wireles router the wan port color in blue must be hook to another router lan port that has an internet connection so that we can tha opkg update.

Make sure you have a LAN line with internet access
Connect the device's WAN port to the current LAN line
Connect PC to the device's LANport
PuTTY login, wait for a while, try to ping something (eg, www.yahoo.com) make sure it has internet access

After we confirm that we have an internet connection, we can now update by typing "opkg update" this will install the following LuCI package.

After the update have finished we may now enable the http server just follow the snapshot below. The following script to enable and autostart the uhttpd this the webgui or the http server, then reboot the device

After rebooting, the LuCI webgui will be accessible at http://192.168.1.1 now you are free to play the the TP-Link WR740N fully loaded with OpenWrt trunk firmware enjoy using the OpenWRT !

TP-Link WR740N v4.23 OpenWrt Trunk Firmware

noreply@blogger.com (krizzyla) — Fri, 16 Nov 2012 20:31:00 +0800

Today I just wanted to share with you my TP-Link WR740N v4.23 which I am going to flashed with OpenWrt Trunk firmware. First we going to download from the official site of Openwrt the firmware. Now we are downloading the trunk version from the following link:ds.openwrt.org/snapshots/trunk/ar71xx/ (use "xxx-tl-wr740n-v4-squashfs-factory-xxxx")

http://downloads.openwrt.org/snapshots/trunk/ar71xx/ (use "xxx-tl-wr740n-v4-squashfs-factory-xxxx")

DO NOT touch anything until it complete !

Go to the following, browse the file were you have downloaded from OpenWrt website, now locate in your local drive were you have save it and upgrade to flash the trunk file.

DO NOT touch anything until it complete !

Now your TP-Link WR740N is being flashed and upgraded its firmware to OpenWrt Trunk firmware wait until it finish, this will restart you wireless router in a short while.

We have to wait for at least 2 minutes for the whole process to be completed. After flashing TP-Link WR740N with OpenWrt trunk firmware, there is no way we can access the graphical user interface (GUI) or the webgui on http://192.168.1.1 because the http server is not built-in together with the trunk firmware and have to install it first via telnet and ssh.

Launch PuTTY, choose Telnet mode to login to the device

Set the device root password immediately (make sure you remember the password !)

Exit PuTTY

Re-login again with SSH mode now

Enter the new password to confirm again

Basically flashing to OpenWRT trunk is now completed, We will continue to install LuCI webgui for an easy access of the graphical user interface on manipulati it.

Asus Eee PC USB Boot Install Vista

noreply@blogger.com (krizzyla) — Mon, 12 Nov 2012 22:29:00 +0800

This guide will allow you to install windows vista using a USB flash drive. You will need at least a 4 gig thumb drive for this to work. It is up to you if you would like to try this on your EEE but if you do you will need to use vlite to trim it down. Like most of the tutorials on this site it isn't exclusive to the EEE (this one isn't even recommended unless your technically inclined) and it will work on other PCs that meet the requirements for Windows Vista.

Insert your USB flash drive and enter the following commands: (please note this list assumes that your usb flash drive will be seen as disk 1 to confirm that it is type "list disk" after you've entered the diskpart command)

diskpart
select disk 1
clean
create partition primary
select partition 1
active
format fs=fat32
assign
exit

The final preparation step is to copy the installation files to your flash drive, this can be done by running the following command: (please note D: is the drive letter for the source files and E: is the drive letter for your flash drive if they are different on your system you need to change them accordingly)

Thats it, configure usb device as primary boot device in your bios and install.

Vista on ASUS Eee PC

noreply@blogger.com (krizzyla) — Mon, 12 Nov 2012 21:35:00 +0800

Sure you’ve all seen Windows XP running on the Asus EeePC, and today I wanted to show you not XP but Windows Vista running on this neat little device. Since pictures are worth more than 1000 words, here you go:

You’re probably asking yourself now; is this Photoshop or how the heck did we get Vista to work on an EeePC?

There’s no magic, trick or Photoshop, we are simply using Citrix XenDesktop. XenDesktop allowed us to virtualize the Windows Vista operating system and present it to any device installed with a Citrix client, this technology is also known as VDI.

This is a slick technology that enables people to be productive from basically anywhere and almost any device

USB Boot Install Windows Vista Asus Eee PC

noreply@blogger.com (krizzyla) — Mon, 12 Nov 2012 21:17:00 +0800

Just to prove that it can be done, Ive installed a copy of Windows Vista Home Premium on the little Asus EEE PC 900. The specs are as follows: 900Mhz Celeron Mobile 1GB Ram 20GB Flash Hard drive The HDD is made up of a 4GB + 16GB module. The OS is installed on the 16GB module.

Its a little slow as expected but for music, DVDs, photos, MS Office and the Internet its fine. It wont do high end PC tasks but that is to be expected. The machine will run TV tuners, synchronise with devices with Windows drivers such as PDAs, cell phones, ipods, web cams, etc that the Linux based machine may not. Since I had to buy a copy of Windows anyway and Vista and Xp were the same price, I decided to opt of Vista for this machine.

Its not as smooth as XP but at least now you have the choice of buying a Linux, XP or Vista driven system. Lets not forget that the EEE PC 900 is a nice step up from a PDA and a step below a budget laptop so in that sense if you need anything more than an EEE PC can do then you're better off buying a standard laptop.

If you want to write a note, edit an office file, listen to music, watch a movie clip, browse the 'proper' internet then buy a linux or Xp based system. If you want a little more future proofing and then this may be a better option. I'd still reccomend you add an extra GB of ram (this only has 1GB) and install a bigger SD card to get the most out of it. Please comment away on your thoughts.

USB Boot Install Windows XP Asus Eee PC

noreply@blogger.com (krizzyla) — Mon, 12 Nov 2012 20:47:00 +0800

This tutorial was tested on Asus Eee PC using one (1) USB 4GB flash drive, also take note that this is not exclusive for Asus Eee PC only. All netbook and lappy that has USB port and capable booting on USB will also work even desktop PC.

Installing Windows XP on the Asus Eee PC using a single USB flash drive.

To complete this tutorial you need a 32bit version of windows XP or windows Vista installed on your desktop PC in order to be able to create a successful windows XP USB bootable flash drive. What you'll need:

USB_PREP8 (alternative download)
PeToUSB (alternative download)
Bootsect.exe (alternative download)

Special Note: If you use the program Nlite be sure to keep the manual installation files as the USB_prep8 script relies on these files.

Extract the files in Bootsect.zip
The next step is to extract USB_prep8 and PeToUSB.
Next copy the PeToUSB executable into the USB_prep8 folder.
Inside of the USB_prep8 folder double click the executable named usb_prep8.cmd.

The window that opens will look like this:

Press any key to continue

You next window will look like this:

These settings are preconfigured for you all you need to do now is click start. Once the format is complete DO NOT close the window just leave everything as it is and open a command prompt from your start menu (type cmd in the search bar or run box depending on your version of windows).

Inside of the command windows go to the directory you have bootsect.exe saved. (use the cd directoryname command to switch folders)

Now type "bootsect.exe /nt52 R:" NOTE R: is the drive letter for my USB stick if yours is different you need to change it accordingly. What this part does is write the correct boot sector to your USB stick, this allows your PC to boot from the USB stick without it nothing works.

Please note: When running the bootsect.exe command you cannot have any windows open displaying the content of your USB stick, if you have a window open bootsect.exe will be unable to lock the drive and write the bootsector correctly.

If all went well you should see "Bootcode was successfully updated on all targeted volumes."

Now you can close this command prompt (don't close the usbprep8 one by mistake) and the petousb window.

You window you see now should look like this:

If it doesn't try pressing enter.

Now you need to enter the correct information for numbers 1-3.
Press 1 and then enter. A folder browse window will open for you to browse to
the location of you XP setup files (aka your cdrom drive with xp cd in)
Press 2 and enter a letter not currently assigned to a drive on your PC
Press 3 and enter the drive letter of your USB stick
Press 4 to start the process.

The script will ask you if its ok to format drive T:. This is just a temp drive the program creates to cache the windows installation files. Press Y then enter.

Once it's done formating press enter to continue again, you can now see the program copying files to the temp drive it created. Once this is done press enter to continue again.

Next you will see a box pop up asking you to copy the files to USB drive yes/no you want to click yes.

Once the script has completed copy files a popup window asking if you would like to USB drive to be preferred boot drive U: select YES on this window.

Now select yes to unmount the virtual drive.

Ok we are done the hard part, close the usbprep8 window.

Now make sure your EEE pc is configured with USB as the primary boot device. Insert your USB drive and boot up the EEE.

On the startup menu you have two options, select option number 2 for text mode setup.

From this point on it is just like any other windows XP installation delete/recreate the primary partition on your EEE pc and format it using NTFS. Make sure you delete ALL partitions and recreate a single partition or you will get the hal.dll error message.

Once the text mode portion of setup is complete it will boot into the GUI mode (you can press enter after the reboot if your too excited to wait the 30 seconds)

Once the GUI portion of setup is complete you will again have to boot into GUI mode this will complete the XP installation and you will end up at you XP desktop. It is very important that you DO NOT REMOVE THE USB STICK before this point. Once you can see your start menu it is safe to remove the usb stick and reboot your pc to make sure everything worked.

This method has advantages over all current no cdrom methods of installing XP to the EEE. You do not have to copy setup files in DOS to the SSD and install from there. It gives you access to the recovery console by booting into text mode setup, and it gives you the ability to run repair installations of XP if you have problems later on.

I hope this worked out for you and please post feedback to the comments section. Please note due to the amount of comments this article has received you must now click on "Post a Comment" below the existing comments to view the most recent feedback in a popup window.

TP-Link WR740N OpenWrt Backfire 10.03 Kismet Drone Server

noreply@blogger.com (krizzyla) — Sun, 11 Nov 2012 20:38:00 +0800

This is a memo for flashing the OpenWRT Backfire 10.03 on the TP-Link WR740N v2.4 wireless router and running Kismet Drone on it.

1. Hardware spec.

Model: TP-Link WR740N ver 2.4

Please see the specifications from TP-Link’s official website:

http://www.tp-link.com/products/productDetails.asp?class=&content=spe&pmodel=TL-WR740N

This is a really good choice for those who want to play OpenWRT or even DD-WRT, the cheapest wireless router in the market that support fully Linux base that only costs you about 12US$ or 500Php in the Philippines.

2. OpenWRT

2.1 Installation

From OpenWRT’s wiki [http://wiki.openwrt.org/toh/tp-link/tl-wr740n], ver 1.1 was tested successfully. I have tested that the image file (which is based on backfire 10.03) in the trunk [http://downloads.openwrt.org/snapshots/trunk/ar71xx/openwrt-ar71xx-generic-tl-wr740n-v1-squashfs-factory.bin] works like a charm on the one (ver2.4) I bought. The easiest way to flash the WR740N with Backfire 10.03 is: 1) download the image file from the URL mentioned before, 2) use TP-Link’s original web interface to upload a firmware to load the downloaded image file, 3) wait for a couple of minutes, then you are done.

2.2 Configuration

a. the Web based management interface

The image file doesn’t include the uhttpd and luci package for the web management. If needed, one might use the following command to install it online:

#opkg update
# opkg install uhttpd
#opkg install luci

b. How to put the WiFi into client mode

Refer to http://wiki.openwrt.org/doc/recipes/routedclient

Basically, two files need to be modified:

/etc/config/wireless
/etc/config/network

3. Kismet Drone

Since the storage on the WR740N route is extremely limited, it is a good idea to run the Kismet in the Drone mode on the WR740N router, and running the Kismet Server and Client on a Linux PC.

To install the kismet drone:

#opkg install kismet_drone

To configure the Kismet drone:

# vim /etc/kismet/kismet_drone.conf
ncsource=wlan0
dronelisten=tcp://the-ip-addr-of-the-interface-that-connects-to-your-linux-pc:2502
droneallowedhosts=the-ip-addr-of-your-linux-pc

4. Kismet Server on the Linux PC

Change the following configurations:

ncsource=drone,the-ip-of-the-interface-of-the-tplink-router-that-connects-to-your-linux-pc,port=2502

Debricking OpenWrt TP-Link WR740N v4.23

noreply@blogger.com (krizzyla) — Sun, 11 Nov 2012 20:11:00 +0800

If you have flashed your TP-Link WR740N v4.23 with OpenWrt firmware and while tweaking your device wireless router accidentally you've done something. Unfornately you don't know what when wrong and you can not access the device via LAN/WLAN or even on the WAN port. Just wanted to share this few simple and easy step on how to debricked you TP-Link WR740N without the used of serial or JTAGging.

For the (box branded) WR740N v2.4 and v4.23 the below works for recovery from nasty stuff like dropbear lockout, mtd overlay size problems or other software misuses:

Unplug the router's power cord.
Connect any router LAN port directly to your PC.
Configure your PC with a static IP address: 192.168.1.2
Plug the power on to the router.
Wait until the "SYS" LED starts flashing repeatedly.
Press the "QSS" button (on the front/back of the router) → the "SYS" LED will now start flashing at a faster rate.
Login to the router by using telnet to connect to the IP address 192.168.1.1 → there will be an immediate unauthenticated login to a root shell.

Commands

mount_root - will mount the normal root filesystem.
firstboot - all settings will be reset.
/rom/sbin/reboot - will reboot even without a mounted filesystem.

Canon EOS 1100D/EOS Rebel T3/EOS Kiss X50

noreply@blogger.com (krizzyla) — Fri, 9 Nov 2012 01:48:00 +0800

I was just curious about the three (3) models of Canon EOS 1100D, Rebel T3 and Kiss X50 and what I have found out to my curiosity these three models are identical to each other. Those three models of Canon EOS varies to different continent or countries that Canon sells their DSLR camera product.

Canon EOS 1100D is a 12.2-megapixel digital single-lens reflex camera announced by Canon on 7 February 2011. It is known as the EOS Kiss X50 in Japan and the EOS Rebel T3 in the Americas. The 1100D is an entry-level DSLR that introduces movie mode to Canon's entry level DSLRs and replaces the 1000D. The EOS 1100D is also the only Canon EOS model currently in production that is not made in Japan but in Taiwan.

At a glance specifications:

Continuous Drive up to 3 frames per second for 830 JPEG frames or 2 frames per second for 5 RAW frames.
ISO sensitivity 100–6,400.
Canon EF/EF-S lenses.
File formats include: JPEG, RAW (14-bit CR2).
720p HD video

Brownies Canon EOS 1100D Hands On

noreply@blogger.com (krizzyla) — Thu, 8 Nov 2012 23:52:00 +0800

The freebies were Velbo 5' Tripod, Transcend 8GB SD Class 10 Memory Card, Camera bag and UV Lens Filter.

All snapshot are belongs to letteshaven