MAC-SIDELINE

19/09/2016

SINO PO GUSTONG MAGPAKABIT NG INTERNET CONNECTION?
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[MONTHLY BILLING]
[LTE](4G)wireless internet
1 MBPS - 999 (DATA ONLY)
2 MBPS - 1099 (DATA ONLY)
10MBPS-50GB = 1,299php

[DSL]wired internet
10MBPS-100GB = 1,299php
15MBPS-150GB = 1,599php

REQUIREMENT:
(ONE VALID I.D. ONLY)

TOTAL CASH OUT:
(ONE MONTH ADVANCE PAYMENT UPON INSTALLATION PLUS 200php ACTIVATION FEE)
(THEN YOUR NEXT BILLING WILL BE ON NEXT MONTH)

LEGIT FROM GLOBE. WITHIN BAGO CITY & HINO-BAAN CITY INSTALLATION ONLY.
JUST PM ME IF INTERESTED

MHARC HADRIAN UDASCO,
AUTHORIZED AGENT
09773239187/09193554849

THANKS! GOD BLESS.

28/07/2016

Sa mga gusto matuto kung pano ang tamang paggamit ng sound systems, microphone, floor monitoring, equalizers, recording studios, digital music instruments, music productions... At para narin sa mga choir members, music enthusias, band members, singers, stage performer, recording artists, nag-di-dj2x using remixing softwares, ito na ang training a kailangan niyo!! Sure na sure marami po kayong matututunan!!! Pm niyo nlng po ako for more inquiries.. ;-) :-)
Txt/call me: 09773239187/09193554849

28/07/2016

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-1VALID ID
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CONTACT OR SEND ME @

EMAIL: [email protected]
Call/text: 09773239187
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26/07/2016

My 1st ever OUT OF TOWN PISONET INSTALLATION here @ 1 of the beautiful places of Negros Island, Cadiz City..

14/06/2016

NEW FEATURE OF MAC-SIDELINE:
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14/06/2016

(PhysOrg.com) -- Scientists from Chalmers have demonstrated a new kind of detector for sound at the level of quietness of quantum mechanics. The result offers prospects of a new class of quantum hybrid circuits that mix acoustic elements with electrical ones, and may help illuminate new phenomena of...

13/06/2016

10/06/2016

A week after its deal to purchase part of San Miguel Corporations telecommunications business, including priced radio frequencies, Globe Telecom on Monday activated its first cell site supporting the 700MHz frequency.

04/06/2016

AP MAC address and Connections (wireless stations associated)

Signal Strength: displays the received wireless signal level (client-side) while operating in Station mode. The represented value coincides with the graphical bar. Use antenna alignment tool to adjust the device antenna to get better link with the wireless device. The antenna of the wireless client has to be adjusted to get the maximum signal strength. Signal Strength is measured in dBm (the Decibels referenced to 1 miliwatt). The conversion is defined as dBm=10log10(P/1mW). So, 0dBm would be 1mW and –72dBm would be .0000006mW. A signal strength of –80dBm or better (-50..-70) is recommended for stable links.

Noise Floor: displays the current value of the noise level in dBm. Noise Floor is taken into account while evaluating the signal quality (Signal-to-Noise Ratio SNR, RSSI) while value mean depends on signal strength above the noise floor.

Transmit CCQ: This is an index of which evaluates the wireless Client Connection Quality. The level is based on a percentage value where 100% corresponds to a perfect link state.

TX Rate and RX Rate: displays the current 802.11 data transmission (TX) and data reception (RX) rate while operating in Station mode. Data rates up to 150 Mbps on 1 chain devices (Bullet M series) and up to 300 Mbps on 2 chain devices (NanoStation/LocoStation M and Rocket M series) can be used. Highest data rates will provide maximum data throughput while signal level is relevant.

Airmax: Indicates the current status of the AirMax (Ubiquiti’s proprietary TDMA polling technology) in the device while operating in AP or AP WDS mode. If AirMax is enabled, the device only accepts AirMax stations. (Disable AirMax for legacy 802.11abg devices compatibility). AirMax also features some advanced QOS AutoDetection settings.

Airmax Quality: This is an index that evaluates the AirMax Connection Quality. The level is based on a percentage value where 100% corresponds to a perfect link state.

Airmax Capacity: This is an index of maximum data rate the link is operating at. A Lower Capacity number indicates.

04/06/2016

Today we discuss about different kinds of network systems:
GSM / GPRS / EDGE/ 3G / HSDPA / HSPA+ and LTE

It can be confusing trying to understand the differences between the various mobile connectivity options listed in the specifications of smartphones and touted by the mobile networks as the best way to connect to the internet. In this guide we will try to summarise these technologies and point out the advantages and disadvantages of each technology.

GSM

GSM (Global system for mobile communications) is the standard by which the vast majority of mobile handsets work in Europe and is becoming dominant in other parts of the world with over 2 billion people currently using the system. When you purchase a mobile or smartphone it is important to understand what frequencies are used by each technology because manufacturers and networks have a tendency to quote these figures with little explanation as to what they mean.

The majority of GSM networks use 900MHz and 1800MHz but in the US the 850MHz and 1900Mhz are prominent. If these are quoted the phone will be classed as a tri-band phone and can be used in Europe, the US and many other territories (provided your SIM is enabled). If you require mobile access in the Far East and areas such as Scandanavia you will need to check with your mobile provider because at the minimum a quad-band phone will be required and in some areas only a phone purchased in the country will work.

Most GSM phones are primarily used for voice but can be used for mobile internet access via the GPRS Core Network.

GPRS

GPRS is a system used to transmit data at speeds of up to 60 kbits per second and is a battery friendly way to send and receive emails and to browse the internet but in these days of broadband connectivity it will be seen as slow by some. To set up GPRS connections on your smartphone you will need to obtain specific information from your mobile provider to input into your phone. Most are happy to provide this information and some manufacturers such as Nokia offer pre-configured files that you can install onto your phone for your network.

GPRS is a tried and tested system and is therefore very reliable for standard mobile data use and will suit people with moderate data needs. Once you have the required settings in place you can use the network whenever you like and it requires no further adjustment as it works in the background of your internet enabled applications.

EDGE

EDGE (Exchanged Data rates for GSM Evolution) is a recent development based on the GPRS system and has been classified as a '3G' standard due to the fact that it can run at up to 473.6 kbits per second. If a smartphone is EDGE compliant it can be used for heavy mobile data transmission such as receiving large email attachments and browsing complex web pages at great speed. To use EDGE cell sites must be modified to accept transmissions of this type so coverage can be patchy in certain areas- it is a technology well worth having built in to any smartphone though.

3G

3G was initially marketed as a way to make video calls on the mobile network but is also a highly efficient way of browsing the internet and communicating on your smartphone using voice over IP and by email and instant messaging. Most UK and some European networks now have 3G networks and with speeds similar to EDGE it is fast becoming a common way to connect while on the road.

In areas where 3G coverage is poor the handset will constantly try to find a 3G signal and this can have a dramatic affect on battery life. Some phones handle constant 3G enablement well but some can have their battery life reduced by up to 50% so it is worth checking that your potential purchase is able to cope with this. At this time though 3G has good coverage and enables high speed internet access from your phone and is fast becoming a standard for mobile connectivity.

HSDPA

HSDPA (High Speed Downlink Packet Access) is a technology based on the 3G network which can support speeds of up to 7.2 Mbits per second. In reality you will most likely get a top speed of around 3 Mbits but this is useful for mobile TV streaming and other high end data transmissions. To use HSDPA your phone must be able to support the technology and of course you will need to be located within range of a cell site that has been upgraded to offer the service.

HSUPA (High Speed Uplink Packet Access) is the other side of this coin, although for mobile devices it is rarely mentioned as download speeds are considered more important. Together the 2 technologies make HSPA (High Speed Packet Access).

HSPA (Plus)

This is an evolution of the HSPA (HSDPA & HSUPA) standard and allows for faster speeds. The maximum download speed allowed by the standard is 168 Mbit/s although in reality networks that support HSPA (plus) will offer 21 Mbit/s download. This is because the existing 3G network architecture operators would have deployed and made compatible was never designed to handle such massive bandwidth.

The idea of HSPA (plus) was to allow network carriers to move towards 4G speeds (defined as 100 Mbit/s download) without having to use new masts and radios. Networks which have been upgraded to allow HSPA (plus) traffic are backwards compatible so phones with standard HSDPA receivers will work on them but to take advantage of the higher speeds you must have a device with an HSPA (plus) receiver. Many devices fitted with an LTE receiver are also capable of HSPA (plus).

LTE

Long Term Evolution or LTE is the first step towards true 4G technologies. To be a truly 4G technology, download speeds of 100 Mb/s and 1Gb/s should be available from moving (i.e. in a car) or pedestrian points respectively. It was however widely decided across the world that companies could market LTE as "4G LTE" due to some having already taken that step and to avoid further consumer confusion with the terms 3.5G or 3.9G that were starting to surface.

LTE offers maximum download speeds of 299.6 Mb/s although there has been controversy over the speeds some operators running LTE networks are providing, sometimes being lower than the supposedly 'inferior' HSPA (plus) technology. Commercially available speeds vary wildly and using the (at the time of writing) recently launched UK LTE network, tests have shown anywhere in between 8-50 Mb/s in available areas. LTE requires brand new network technology and masts / radios. This also means that the devices that support LTE will also need to have a compatible receiver.

Much like the available 3G technologies, connection to an LTE signal will cause an extra strain on your device's battery and it is recommended to manage your connections.

LTE frequency bands vary quite a lot across the world and as a result it is very possible that an LTE compatible device may work in one territory but not another. Due to the difference in frequency bands this could even happen within territories (with different network providers supporting different bands) and is possibly more likely than with previous GSM based technologies where frequency issues existed but were less likely to cause a problem unless you travelled internationally.

A list of the frequency band numbers, their corresponding frequency ranges and the countries which support the band are available either from Wikipedia or by clicking HERE

True 4G

There are technologies (LTE-Advanced, Mobile Wimax) that are capable of reaching the recommended speeds for 4G. At the time of writing these are not yet deployed and commercially available in any country. Some countries will have these networks available in 2013 for testing, but it is not expected that these true 4G technologies will be commercially available globally for some time.

The key to all of these technologies is to understand what your typical usage will be and which of the above suit your needs. It could also be worth future proofing your needs because well connected devices often cost little more than phones with basic connectivity.

Article by: Mharc Hadrian Alegria Udasco

10/04/2016

Microsoft to discontinue Windows 7 and 8.1 next November
After October 31 next year, the only version of the software that will come on new devices will be Windows 10.

Still want to buy a PC that comes with Windows 7 or 8.1 from the get-go? You've got less than a year.

Updated late October, Microsoft's "Windows lifecycle fact sheet" shows October 31, 2016, as the "end of sales for PCs with Windows preinstalled" for both Windows 7 Professional and Windows 8.1, a change spotted by CNET sister site ZDNet. After that date, the only choice for consumers will be to purchase new computers with Windows 10 installed. The lone exception will be businesses with license agreements that entitle them to choose which version of Windows they want preinstalled.

The deadline puts pressure on consumers who have grown comfortable with Windows 7 and are reluctant to upgrade their operating system if they buy a new PC. For Microsoft, it's a necessary step toward its goal of having Windows 10 power 1 billion devices, which underscores the company's message that the new software can tie together PCs, tablets and mobile phones with apps that can run on any of them.

Windows 7 users may not realize it, but they actually caught a break. Microsoft typically sets the end-of-sales date for each version of Windows two years after the release of a new version. That means Windows 7's cutoff date should have been in October 2014, two years after the launch of Windows 8. The lack of consumer demand for Windows 8 prompted Microsoft to keep Windows 7 alive longer than expected.

Users who want to continue running Windows 7 on their existing PCs need not worry. Extended technical support will be available until January 14, 2020, when you'll still be able to get security patches, bug fixes and other updates. The same type of support for Windows 8 will run until January 10, 2023.

Despite the extended deadline for Windows 7 and 8.1, Microsoft is heavily pushing Windows 10.

The new operating system, which launched at the end of July, is available as a free upgrade to Windows 7 and 8.1 users for the first year. Microsoft has been using frequent pop-up notices to remind those who reserved a copy to install the new operating system. The company has also classified Windows 10 as an "optional update" and early next year expects to change that to a "recommended update," Windows and Devices Group executive vice president Terry Myerson said last week.

After October 31 next year, the only version of the software that will come on new devices will be Windows 10.

23/03/2016

New Feature of MAC-SIDELINE I.T. Services:

PISONET INSTALLATION and COMPUTER HARDWARE & SOFTWARE UPGRADING