Thursday, September 4, 2014
Special Meetup in Honour of Emmanuel Okyere
Dear Friends
The entire Technology community in Ghana has been mourning the loss of one of her finest developers, Emmanuel Okyere. Emmanuel was Project lead at Odekro, Founder of Hutspace, a leading member of the Python developer group in Africa and a champion of Open solutions.
In honour of Emmanuel Okyere, the ACCRA MOMO CHAPTER is hosting a special meetup on Friday 5th September 2014 in place of the regular MoMo which was originally scheduled for August 29, 2014. The event will be an opportunity to celebrate Emmanuel's achievements and explore how his legacy can live on. His inspiring work includes path breaking apps in governance, education and more.
Do join us on Friday 5th September, 5:30pm at the Kofi Annan Centre of Excellence in ICT, Ridge-Accra, to celebrate the life, work and legacy of a true son of Ghana.
Sincerely,
Nana Fosu Nyante
Business Liaison Officer
Ghana-India Kofi Annan Centre of Excellence in ICT
P M B State House
Accra
Tuesday, April 29, 2014
Stanford bioengineers create circuit board modeled on the human brain
Stanford bioengineers have developed faster, more energy-efficient microchips based on the human brain – 9,000 times faster and using significantly less power than a typical PC. This offers greater possibilities for advances in robotics and a new way of understanding the brain. For instance, a chip as fast and efficient as the human brain could drive prosthetic limbs with the speed and complexity of our own actions.
Stanford bioengineers have developed a new circuit board modeled on the human brain, possibly opening up new frontiers in robotics and computing.
For all their sophistication, computers pale in comparison to the brain. The modest cortex of the mouse, for instance, operates 9,000 times faster than a personal computer simulation of its functions.
Not only is the PC slower, it takes 40,000 times more power to run, writes Kwabena Boahen, associate professor of bioengineering at Stanford, in an article for the Proceedings of the IEEE.
"From a pure energy perspective, the brain is hard to match," says Boahen, whose article surveys how "neuromorphic" researchers in the United States and Europe are using silicon and software to build electronic systems that mimic neurons and synapses.
Boahen and his team have developed Neurogrid, a circuit board consisting of 16 custom-designed "Neurocore" chips. Together these 16 chips can simulate 1 million neurons and billions of synaptic connections. The team designed these chips with power efficiency in mind. Their strategy was to enable certain synapses to share hardware circuits. The result was Neurogrid – a device about the size of an iPad that can simulate orders of magnitude more neurons and synapses than other brain mimics on the power it takes to run a tablet computer.
The National Institutes of Health funded development of this million-neuron prototype with a five-year Pioneer Award. Now Boahen stands ready for the next steps – lowering costs and creating compiler software that would enable engineers and computer scientists with no knowledge of neuroscience to solve problems – such as controlling a humanoid robot – using Neurogrid.
Its speed and low power characteristics make Neurogrid ideal for more than just modeling the human brain. Boahen is working with other Stanford scientists to develop prosthetic limbs for paralyzed people that would be controlled by a Neurocore-like chip.
"Right now, you have to know how the brain works to program one of these," said Boahen, gesturing at the $40,000 prototype board on the desk of his Stanford office. "We want to create a neurocompiler so that you would not need to know anything about synapses and neurons to able to use one of these."
Brain ferment
In his article, Boahen notes the larger context of neuromorphic research, including the European Union's Human Brain Project, which aims to simulate a human brain on a supercomputer. By contrast, the U.S. BRAIN Project – short for Brain Research through Advancing Innovative Neurotechnologies – has taken a tool-building approach by challenging scientists, including many at Stanford, to develop new kinds of tools that can read out the activity of thousands or even millions of neurons in the brain as well as write in complex patterns of activity.
Zooming from the big picture, Boahen's article focuses on two projects comparable to Neurogrid that attempt to model brain functions in silicon and/or software.
One of these efforts is IBM's SyNAPSE Project – short for Systems of Neuromorphic Adaptive Plastic Scalable Electronics. As the name implies, SyNAPSE involves a bid to redesign chips, code-named Golden Gate, to emulate the ability of neurons to make a great many synaptic connections – a feature that helps the brain solve problems on the fly. At present a Golden Gate chip consists of 256 digital neurons each equipped with 1,024 digital synaptic circuits, with IBM on track to greatly increase the numbers of neurons in the system.
Heidelberg University's BrainScales project has the ambitious goal of developing analog chips to mimic the behaviors of neurons and synapses. Their HICANN chip – short for High Input Count Analog Neural Network – would be the core of a system designed to accelerate brain simulations, to enable researchers to model drug interactions that might take months to play out in a compressed time frame. At present, the HICANN system can emulate 512 neurons each equipped with 224 synaptic circuits, with a roadmap to greatly expand that hardware base.
Each of these research teams has made different technical choices, such as whether to dedicate each hardware circuit to modeling a single neural element (e.g., a single synapse) or several (e.g., by activating the hardware circuit twice to model the effect of two active synapses). These choices have resulted in different trade-offs in terms of capability and performance.
In his analysis, Boahen creates a single metric to account for total system cost – including the size of the chip, how many neurons it simulates and the power it consumes.
Neurogrid was by far the most cost-effective way to simulate neurons, in keeping with Boahen's goal of creating a system affordable enough to be widely used in research.
Speed and efficiency
But much work lies ahead. Each of the current million-neuron Neurogrid circuit boards cost about $40,000. Boahen believes dramatic cost reductions are possible. Neurogrid is based on 16 Neurocores, each of which supports 65,536 neurons. Those chips were made using 15-year-old fabrication technologies.
By switching to modern manufacturing processes and fabricating the chips in large volumes, he could cut a Neurocore's cost 100-fold – suggesting a million-neuron board for $400 a copy. With that cheaper hardware and compiler software to make it easy to configure, these neuromorphic systems could find numerous applications.
For instance, a chip as fast and efficient as the human brain could drive prosthetic limbs with the speed and complexity of our own actions – but without being tethered to a power source. Krishna Shenoy, an electrical engineering professor at Stanford and Boahen's neighbor at the interdisciplinary Bio-X center, is developing ways of reading brain signals to understand movement. Boahen envisions a Neurocore-like chip that could be implanted in a paralyzed person's brain, interpreting those intended movements and translating them to commands for prosthetic limbs without overheating the brain.
A small prosthetic arm in Boahen's lab is currently controlled by Neurogrid to execute movement commands in real time. For now it doesn't look like much, but its simple levers and joints hold hope for robotic limbs of the future.
Of course, all of these neuromorphic efforts are beggared by the complexity and efficiency of the human brain.
In his article, Boahen notes that Neurogrid is about 100,000 times more energy efficient than a personal computer simulation of 1 million neurons. Yet it is an energy hog compared to our biological CPU.
"The human brain, with 80,000 times more neurons than Neurogrid, consumes only three times as much power," Boahen writes. "Achieving this level of energy efficiency while offering greater configurability and scale is the ultimate challenge neuromorphic engineers face."
Tom Abate writes about the students, faculty and research of the School of Engineering. Amy Adams of Stanford University Communications contributed to this report.
Labels:
Circuit board,
Neurocores,
Neurogrid,
Stanford
Friday, April 25, 2014
Behold! the Nokia X
As a proud owner of a Nokia Lumia which runs a Windows
Phone OS, I was curious to see how Nokia’s first Android device will turn out. The Nokia X smartphone, seems like a Stephen
Elop legacy or should I say gamble. The device was launched some months back at
the Mobile World Congress in Spain and unveiled a few weeks back here in
Accra, and finally I have been able to get my hands on a unit to review.
Before I go into details, I
would like to share images from the unboxing process below:
The device comes with all
the necessary things to get you started. A set of instruction manuals, a USB
wall charger and a set of bright red headphones. The only thing missing
is a microUSB cable for data syncing ( I wonder why RED though…being an “EWE”
man it is funny considering what people would say. *Ayigbe ni* with RED
headphones).
Now let’s see what is
under the hood.
Nokia X Quick Specs
Display
Size: 4 inch
IPS LCD capacitive touch screen with 480 x 800 resolution
Processor: 1 GHz Cortex A5 Dual Core
Processor
RAM: 512 MB
Software
Version: Android
4.1.2 (Jelly Bean) OS
SIM: Dual
MicroSim
Camera:
3 MP FF
camera.
Secondary
Camera (rear): No
Internal
Storage: 4 GB
with 2 GB approx. available
External
Storage: Expandable
up to 64GB
Battery: 1500 mAh battery Lithium Ion
Connectivity: 3G, Wi-Fi 802.11 b/g/n,
Bluetooth 4.0 with A2DP, aGPS, 3.5mm audio jack, FM Radio
Sensors: Accelerometer, gyro, proximity
Physical Look
Easily fits in your pocket and palm at a
weight of 128 grams with physical dimensions of 115.5 x 63 x 10.4 mm which
makes it similar to Asha phones in terms of looks and build. Thus, quiet
smaller than a Nexus, a Samsung Galaxy S5 or an Apple IPhone 5s. It has a matte finish on the back cover and
glass on the front... it is fairly light in weight and both of these things
makes it fairly portable.
Operating System
Nokia X is built on Android Open Source Project and
represents another fork of Google’s mobile operating system. The act of forking
is defined as download free and open source
software without prior approval of those currently developing, managing, or
distributing the software. The first to attempt was when Amazon
chose Gingerbread (2.3) as the base for building a mobile operating system for
their Kindle Fire range of tablets, and Nokia selected Jelly Bean (4.1.2)
for the Nokia X.
Not a bad choice though 18 months. I believe the average
Android enthusiasts will find it acceptable. Nokia be someway ooo, they do not even
mention Android in the phone settings as Nokia is calls the OS, Nokia X
Software Platform.
Memory
In
built memory of the device is 4 GB out of which around 2 GB is available to the
user, but good thing about this device is that it has Micro SD card slot that can
be expanded to 32 GB and you can move apps from phone to SD card and can also
install apps on SD card.
User Interface
So
Nokia is very smart or rather tried to maintain uniqueness as it used a
non-familiar UI and not the regular Android look and feel. The “fast lane” and
tile like looks ensures smooth navigation. You clearly see an inspiration from the
Nokia Lumia and Asha series devices, as it has icons which looks and behave
like tiles. When you swipe the lock screen it takes
you to the home screen which shows you tiles for all the apps in a similar
manner as shown on any Windows Phone device. Which means that the number of
apps will increase with time and you have to scroll more and more to open a
particular app, or you can just make folders or use the search option. Overall,
the UI is good but a bit laggy sometimes but wait, what do you expect when you
are limited to 512 MB of RAM.
Neat UI |
Display
With an IPS LCD display at 480 x 800 pixels
resolution, the display is good but the viewing angles are not that wide but
still its looks decent.
Camera
The
camera is 3 MP Fixed Focus rear camera which
is pretty average in photo quality but the overall quality is decent in daylight
but in low light photos come out very average, please don’t expect too much
from the camera on this phone. It is interesting to
note that, there is no front facing camera. Thus, if an owner of a Nokia X
device, forget selfies unless you use the rear camera with some positioning
skills. Too bad for my selfie bombers Kwabena, Edward et al. You cannot do the
Obama.
One of my cakes... |
Media
The sound from the loudspeaker is good but
not too loud and the earpiece gives clear sound without any distortion on voice
calls. You can play 720p HD videos but 1080p videos cannot be played on this
phone.
Gaming
You can
play medium graphic intensive games and casual games like Temple Run 2 ,flappy
bird( where is dbreeze? ) and subway surfer smoothly but heavy games may not
run, if they run they will lag a lot this device is not designed to play HD
games or graphic dependent games.
Battery
With
a Snapdragon S4 processor running at 1GHz you have some good battery life,
smooth running of the Nokia X platform and almost lag-free navigation. The
battery on the device is 1500 mAh which can last up to 3-4 hours on heavy usage
and on moderate usage you will get around 1 day or more as usage time.
Services
All
the Google services such as Gmail, Google Maps and Gdrive including APIs and back-end support for maps, cloud
messaging (Hangout), and the Play store, among others are replaced with
Microsoft’s services such as OneDrive, Outlook ,Skype , HERE Maps to name a few
in the Nokia X.
A Microsoft flavor of
Android allows it to develop its strategy of cloud services. You can download all
the popular apps from the built in Nokia store or you access the regular
android apps from the 1market. Two apps markets on one device? Isn’t that fascinating?
Conclusion
It is the first android
phone from Nokia which is a worthwhile effort, great form factor, weight and
build quality but the hardware on the phone specially RAM and camera is not
“SOLID”. With access to two SIMs via the dual MicroSim slots and the
freedom to install apps from different stores you can spice your experience up
with variety.
Web browsing is just
okay and another drawback is that you will have to use a memory card
if you plan on storing videos, music and images on this device. The 3G and Wi-Fi 802.11 b/g/n
functionality works pretty well. The overall performance of the phone is satisfactory but no
real killer specifications including the smoothness and PureView technology
found in the Lumia devices. I am still a Windows person though a Nokia person
too so i say buy it. Its affordable
Labels:
#TechRepublic,
Nokia,
Nokia X,
Technology
Thursday, April 24, 2014
Heartbleed Bug
Wetin Bleed? *Naija Tone*
In
the past few weeks the term Heartbleed has been bundled around and the subject
has even been extensively discussed by members of 'the Republic' (#TechRepublic) –
Edward Tagoe, Kwabena Akuamoah Boateng , Joseph Dankwah , Jason Derek Bossman ,
Ethel Cofie , Naa Oyoo Quartey , Macjordan Degajor , Emeka Okoye , Yao Kuwornu and
myself.
The Republic having a selfie time with the US Ambassador to Ghana Gene Cretz |
Heartbleed has left people wondering about how much of their data is
comprised with some people hastily changing passwords amongst other things.
Though changing your password before resolution would not make a user secure.
Heartbleed
is not a virus, but rather a mistake written into OpenSSL— open-source software
for SSL implementation across the Web. It is a security vulnerability in
OpenSSL software that may affect nearly two-thirds of websites online and allow
hackers to access data servers that may contain username, password and other
sensitive information.
With
the disclosure of a bug in OpenSSL’s implementation of heartbeat, it is no
longer necessary for cybercriminals to hack into the server to steal the
credentials or private keys. An easy execution of a small code will provide
them with wealth of information just by exploiting the vulnerability in
OpenSSL. While this is happening, the server admin will never know that their
server has been exploited and how much of the information has been leaked by
the exploit.
Security
researchers found out that an encryption technology SSL/TLS that helps in
providing communication security and privacy over the network for various
applications viz. web-based applications, email and VPN had this security flaw.
This encryption technology that used to safely transmit e-commerce
transactions, email, social networking data and other Internet traffic was
affected by Heartbleed and this security flaw was enough for hackers to access
user’s sensitive personal information.
This
vulnerability allows anyone to steal the information which under normal
circumstances is protected, by the SSL/TLS encryption. Therefore, attackers can
steal a server’s digital key which is used to encrypt data and get easy access
to an organization’s sensitive documents.
Security
researchers also add that this newly discovered security vulnerability is
extremely dangerous as it remained undiscovered for more than two years.
However, Wolfgang Kandek, chief technology officer for Redwood City security company
Qualys said that, it still remains unclear if hackers have taken advantage of
the flaw to steal sensitive data from vulnerable sites.
Organizations
such as Yahoo have come out to declare
resolution. However, is it just a publicity stunt to allay fears or they have
truly resolved the issue.
Researchers
at Codenomicon say that OpenSSL is used by two of the most widely used Web
server software, Apache and nginx. This means a lot of internet sites would
possibly have this vulnerability.
Wolfgang
Kandek of Redwood City added, many
affected websites will now have to have their encryption keys recertified as
safe. That’s because even after fixing the flaw in their software, unsafe keys
can easily allow hackers to steal sensitive personal information.
Moreover,
every website / server / service admin, who uses OpenSSL should be concerned
about this vulnerability as it breaks everything for which SSL encryption was
deployed in the first place.
So what are the
things, a user should consider?
§ Change your passwords
only after the affected online service provider has updated their servers in
order to compensate for the Heartbleed vulnerability.
§ Services which are
affected are ought to be sending emails to users and informing them, that they
were affected by Heartbleed and have since updated their servers.
§ Only when you receive
this update, change your password, otherwise it will not have the expected
outcome.
§ But, if the website
has already been compromised, and it is still to fix its software then you
should wait to change your password.
- If you are
doubtful about a website’s status and whether it is compromised or not,
you can go online and check by doing a Heartbleed Vulnerability test
On these sites:
§ As phishing attacks
are continuously increasing, some hackers may provide you with links to change
your password. To ensure complete safety, manually go to the website yourself,
log in and then change your password.
Once you can confirm
resolution change your password but ensure that you have a “strong” password, few
tips for changing your password:
Never give out your password to anyone (Not even
your spouse):
Never give it to friends,
even if they’re really good friends. A friend can – accidentally, we hope –
pass your password along to others or even become an ex-friend and abuse it.
Don’t just use one password:
It’s possible that someone working at a site where you use that
password could pass it on or use it to break into your accounts at other sites.
Make the password at least 8 characters long:
The longer the better. Longer passwords are harder for thieves to
crack.Include numbers, capital letters and
symbols. Consider using a $ instead of an S or a 1 instead of an L, or
including an & or % – but note that $1ngle is NOT a good password. Password
thieves are onto this. But Mf$1avng (short for “My friend Sam is a very nice
guy) is an excellent password.
Create passwords that are easy to remember but hard
for others to guess (unique):
When possible, use a phrase such as “I started working in chorkor 1999”
and use the initial of each word like this: “IswinC99#!”
Don’t use dictionary words:
If it’s in the dictionary, there is a chance someone will guess
it. If I am a hacker, I will just write
a script to guess dictionary words and common words. Those who like using
great, love, sweetheart,heartbeat ,etc. Abeg! That is giving a class 1 assignment
to an undergrad student.
Don’t post it in plain sight:
This might seem obvious but studies have found that a lot of
people post their password on their monitor with a sticky note. Bad idea.
If you must write it down, hide the note somewhere where no one can find it. But
for God sake, try to keep your password in your head.
Ebei! Is that that difficult? Even after some Bukom Banku beating,
you should remember.
Consider using a password manager:
Programs
or Web services like RoboForm (Windows only) or Lastpass (Windows and Mac)
let you create a different very strong password for each of your sites.
Ultimately, it solves the problem by helping you generate random
passwords for each account or site. But you only have to
remember the one password to access the program or secure site that stores your
passwords for you.
Enable dual-factor
authentication:
Where there is two factor
authentication , use it (Gmail is one email service that does so) In addition
to a password, the service requests for another identifying information, such
as a code that can be sent to you via SMS but if MTN , GLO , TIGO , AIRTEL or
VODAFONE decides to screw you , then you are on your own
Credits: Qualys , escan , Efo Koku
Labels:
#TechRepublic,
Heartbleed,
OpenSSL,
Password,
Technology
Tuesday, April 22, 2014
Press Release:TECNO cracks down on counterfeit handsets in Africa
With the mobile phone manufacturer TECNO becoming more and
more popular in African market, a great many of fake products appeared, threatening
the benefits of the manufacturer, its distributors and dealers, local
government and the customers as well. TECNO determined to offer a heavy blow to
fake handsets in many countries in Africa, such as Nigeria, Kenya, Ethiopia and
so on, hoping for building a healthier mobile phone market for customers.
TECNO has been taking a series of actions against fake phones. For
example, TECNO has an operation jointly with local distributors and polices to attack
the counterfeit handsets dealers to restrict fraud, many technicians from TECNO’s authorized after-sale
service center Carlcare will be distributed to check whether a phone is genuine
or not. Besides, various kind of other activities
are being used to resist
counterfeit products and advocate genuine mobile phones, such as public
posters, multi-media advertisements and so on. Most of those actions will
spread throughout Africa. TECNO also provides consumers with a website to check
whether their phones are genuine or not: http://gc.tecno-mobile.com/.
Take Ghana as an example, TECNO office joined forces with its local agent last week to
crack down on counterfeit products in two key target markets flooding with fake
TECNO mobile phones, Accra and Kumasi.
In Accra, Ghanaian agency teamed up with local police in joint
operation on April 1, with many technicians from Carlcare after-sale service centers,
and inspected 9 shops. About 2,000 alleged counterfeit TECNO
phones have been seized. In Kumasi, the agency
together with local police carried out this
anti-fraud campaign on April 2, with the technicians from Carlcare after-sale service
center, inspected 6 shops. About 1,550 alleged counterfeit TECNO
phones have been seized. Inquiries are
continuing and a number of people are expected to be interrogated.
As a matter of fact, Ghanaian agency had
informed the dealers to stop selling fake TECNO phones before February through
Accra Mobile Phone Association. And the floods of fake TECNO phones in the
market really fade away over that period. However, more inspections still be
needed.
The counterfeit phones do not only threaten
the revenues of both the manufacturer and the government, but also do harm to consumers
and legitimate businesses. It is believed that the movement was designed to
protect consumers from poor quality of counterfeit handsets and to safeguard
mobile payment systems. TECNO is committed to joining in the anti-counterfeit
fight and will cooperate with local government to clean the market of fake
TECNO mobile phones throughout Africa.
Labels:
Ghana,
Mobile,
Technology,
TECNO
Tuesday, April 15, 2014
NOKIA UNVEIL's NOKIA X in Ghana...their first Android device
On Wednesday
9th April, 2014 at the plush Alisa Hotel, Nokia unveiled their
latest device to hit the market, the NOKIA X. The first of their Android offerings
limited to certain markets. Consumers would find this offering interesting
considering the fact that Microsoft is finalizing the takeover of Nokia
mobility. First it was Symbian. Then it
was MeeGo. Then it was Windows Phone. Now it's Android. It is interesting to
know that, this version of Android has all the Google service bits stripped out
and loaded with Microsoft services in their place and a new UI that features
some of Nokia's old devices in the form of a tiles (Windows Phone – Nokia Lumia)
and Fastlane (Nokia Asha).
The
device with an easy navigation, is powered by a 1 GHz dual core Qualcomm
snapdragon processor. You know what that means right? Great processing power
with long lasting battery life. Anyway, my subsequent posts will delve into the
features and core functionality of the device
The
device was unveiled in Accra by the Head of Sales and Operations, Nokia West
& Central Africa (WECA), Oyatayo Oladipo and the Marketing Manager, Nokia
Ghana – Moses Acquah. Also in attendance were officials from Microsoft Ghana,
Medicom Ghana Ltd. who are the largest distributors of Nokia devices in Ghana.
Some
of the attendees at the unveiling went home with the device through a lucky dip
and a device feature quiz.
Nokia
hopes to ride on the good old perception that Nokia is synonymous with durability,
reliability and affordability. At a
retail cost of 369 ghc or 400 ghc, who knows the love of Nokia will resurrected
in the weeks and months to come.
Watch this space for my reviews....
Labels:
Android,
Nokia,
Nokia X,
Smartphone,
Technology
Friday, January 17, 2014
BEHOLD... Phantom A3 & Phantom Pad Mini (P9)
Tecno Mobile gave birth to
some fabulous devices in the Smart Family range and one of those devices which
will give a Samsung Galaxy Note competition anytime anyday in “Ogyakrom” is the
Phantom A3
The Phantom A3 smartphone is an upgraded version of
the TECNO Phantom A+, it has a sleeker body and bigger screen than that of its
predecessor, it comes with 6.0” captivating HD touch screen, 4.2 android
operating system, Dual SIM capability, it has 3.75G network capability, with1.5
GHz quad core processor.
The
Phantom A3 is equipped with memory capacity of 16GB ROM + 1GB RAM, 13MP rear
camera and 8MP front camera and the device is ultimately, preloaded with a
variety of social and productivity applications.
Phantom
A3 Specifications
Network
2G Network GSM 900 / 1800
3G Network HSDPA 2100
4G Network No
Dual SIM
2G Network GSM 900 / 1800
3G Network HSDPA 2100
4G Network No
Dual SIM
Body
Dimensions 160 x 82 x 8.9mm
Keyboard Touchscreen
Colors White, Black, Yellow
Cover Plastic
Dimensions 160 x 82 x 8.9mm
Keyboard Touchscreen
Colors White, Black, Yellow
Cover Plastic
Display
Type Capacitive touchscreen with 16,000,000 colors
Size 6.0 inches, 720 x 1280 pixels, 245 pixels per inch (PPI)
Type Capacitive touchscreen with 16,000,000 colors
Size 6.0 inches, 720 x 1280 pixels, 245 pixels per inch (PPI)
Processor,
Memory and OS
Card slot MicroSD, up to 32GB
Internal 16GB
OS Android 4.2.2 Jelly Bean
Processors 1.5GHz quad-core CPU, MediaTek MT6589 chipset
RAM 1GB
Card slot MicroSD, up to 32GB
Internal 16GB
OS Android 4.2.2 Jelly Bean
Processors 1.5GHz quad-core CPU, MediaTek MT6589 chipset
RAM 1GB
Audio
Alert types Vibration, MP3 ringtones
Loudspeaker Yes
Audio port 3.5mm jack
Alert types Vibration, MP3 ringtones
Loudspeaker Yes
Audio port 3.5mm jack
Connectivity
2G GPRS – up to 85.6 kbps; EDGE – up to 236.8 kbps
3G Up to 22.2 mbps downlink; Up to 5.76 mbps uplink
4G No
WIFI Wi-Fi 802.11 b/g/n, WIFI hotspot, WIFI direct, dual-band
Bluetooth Version 3.0
GPS A-GPS
NFC No
USB MicroUSB v2.0
2G GPRS – up to 85.6 kbps; EDGE – up to 236.8 kbps
3G Up to 22.2 mbps downlink; Up to 5.76 mbps uplink
4G No
WIFI Wi-Fi 802.11 b/g/n, WIFI hotspot, WIFI direct, dual-band
Bluetooth Version 3.0
GPS A-GPS
NFC No
USB MicroUSB v2.0
Camera
Primary 13MP, up to 4128×3096-pixel pictures, Geo-tagging, auto focus, face detection camera with LED flash
Video 1080p@60fps
Secondary 8MP up to 3264×2448 pixel pictures
Primary 13MP, up to 4128×3096-pixel pictures, Geo-tagging, auto focus, face detection camera with LED flash
Video 1080p@60fps
Secondary 8MP up to 3264×2448 pixel pictures
Battery
Capacity 2630mAh Li-Ion battery
Capacity 2630mAh Li-Ion battery
Enough of the Phantom A3, now let me introduce you to the fabulous Phablet, Phantom Pad Mini (P9). A better looking device than its predecessor. Tecno N9 pad that was released months ago. However, the Pad mini is a little smaller than the N9 and better too in some areas.
It
packs a smaller display, best for portability, Higher pixel density meaning
sharper text and images, Bigger display offers better viewing experience for
movies, games and webpages, Dual SIM functionality for the convenience of using
two service providers at the same time, Dual loudspeakers deliver quality life
like sounds from movies and games, LED flash for brighter low light photos,
also doubles as an emergency torch and great value for money at an affordable
price.
Phantom Pad Mini (P9)
Specifications
Network
2G Network GSM 900 / 1800
3G Network HSDPA 2100
2G Network GSM 900 / 1800
3G Network HSDPA 2100
WCDMA
2100
Dual SIM (Mini SIM)
Dual SIM (Mini SIM)
Body
Dimensions 160 x 82 x 8.9mm
Dimensions 160 x 82 x 8.9mm
.
Display
Type Capacitive touchscreen with 256,000 colors
Size 7.0 inches, 800 x 1200 pixels, 206.03 pixels per inch (PPI)
Type Capacitive touchscreen with 256,000 colors
Size 7.0 inches, 800 x 1200 pixels, 206.03 pixels per inch (PPI)
Processor,
Memory and OS
Card slot MicroSD, up to 32GB
Internal 8GB
OS Android 4.2.2 Jelly Bean
Processors 1.3 GHz quad core cortex A7 processor and GPU PowerVR™ Series5XT
RAM 1GB
Card slot MicroSD, up to 32GB
Internal 8GB
OS Android 4.2.2 Jelly Bean
Processors 1.3 GHz quad core cortex A7 processor and GPU PowerVR™ Series5XT
RAM 1GB
Audio
Alert types Vibration, MP3 ringtones
Loudspeaker Yes
Audio port 3.5mm jack
Alert types Vibration, MP3 ringtones
Loudspeaker Yes
Audio port 3.5mm jack
Connectivity
2G GPRS – up to 85.6 kbps; EDGE – up to 236.8 kbps
3G (HSPA) Up to 22.2 mbps downlink; Up to 5.76 mbps uplink
4G No
WIFI Wi-Fi 802.11 b/g/n, WIFI hotspot, WIFI direct, dual-band
Bluetooth Version 3.0
GPS A-GPS
USB MicroUSB v2.0
2G GPRS – up to 85.6 kbps; EDGE – up to 236.8 kbps
3G (HSPA) Up to 22.2 mbps downlink; Up to 5.76 mbps uplink
4G No
WIFI Wi-Fi 802.11 b/g/n, WIFI hotspot, WIFI direct, dual-band
Bluetooth Version 3.0
GPS A-GPS
USB MicroUSB v2.0
Camera
Primary 5MP (Rear) , face detection camera with LED flash
Secondary 2MP (Front) up to 3264×2448 pixel pictures
Primary 5MP (Rear) , face detection camera with LED flash
Secondary 2MP (Front) up to 3264×2448 pixel pictures
Battery
Capacity 4000mAh Li-Ion battery (8hrs on talk and 500hrs on standby)
Capacity 4000mAh Li-Ion battery (8hrs on talk and 500hrs on standby)
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