We all know that the Korean electronics giant Samsung is one of the top display manufacturers around the globe. In the case of its marketing, it made contracts with the customers of the display section. As per that, the customers are bound to purchase a certain quantity of displays in a certain time period, the buyers have to pay penalty otherwise.
The same thing happened to Apple. The Cupertino based giant is also one of the display customers of Samsung and as per the reports, it didn’t reach the minimum purchase limit in this quarter. Now, Apple needs to pay the penalty to Samsung and the amount is nearly $1 Billion.
This is not for the first time. Back in the second quarter of 2019, Apple paid nearly around $684 million to Samsung for the same reason, and this year again. Sources from Apple disclosed to the Display Supply Chain Consultants that the penalty amount will be around $950 million.
Samsung recently posted its earnings guidance for the second quarter of this year and it is expected the penalty amount by Apple is going to convert the operating loss in the display section into profit.
Lenovo has already commercially made its always-connected Flex 5G laptop with Qualcomm 8cx chip available worldwide and now with new leaks suggesting that Lenovo is working on similar laptop but with Intel chips. As we all know Intel’s upcoming Tiger Lake CPUs will be having a lot of advantages in terms of performance and features, so Lenovo seems to be working with Intel over its new laptop called Lenovo ThinkPad X1 Nano.
Tweeted by prominent tipster WalkingCat, there are a number of slides showing Lenovo’s outline in its ThinkPad and ThinkBook series, while there’s a slide that clearly shows almost a complete overview of the upcoming Lenovo ThinkPad X1 Nano.
Obviously, 16:10 displays are getting more popular these days and to give the new Dell XPS, which too comes with such display, some competition, Lenovo is making its own laptop. In the pictures, we see the ThinkPad X1 Nano’s display with 16:10 display and very slim bezels of 14.8mm thickness around the corners, making it look gorgeous.
The laptop is touted to be one of the lightest one in the world and actually the lightest ThinkPad ever weighing in the “sub-1KG” segment which means under 1Kg. The display is a 13-inch 2K display with 16:10 aspect ratio and has 85% screen-to-body ratio, also has a very bright screen of 450 nits of peak brightness and covers 100% sRGB colour gamut.
Much like other premium ThinkPad laptops, this one will also have a carbon fibre design and optional weave A cover. Coming to the performance, the ThinkPad X1 Nano will come equipped with Intel’s upcoming Tiger Lake CPUs with 15W TDP and supports up to 16GB LPDDR4x RAM.
The meagre 48Whr battery is said to give over 17hr of battery which is pretty bold claim honestly, also its Intel Athena certified. For ports, there shall be 2 new Thunderbolt 4 USB-C ports and audio jack while on the connectivity front you have 4×4 MIMO LTE support and 5G options which suggests an always-connected laptop.
It also shall feature Dolby Atmos speakers, much like most Lenovo laptops and there will be a useful feature called Human Presence Detection, much like in Dell’s Latitude laptops, that suggests that the ThinkPad X1 Nano could automatically lock itself up for security purposes when you are away from the laptop and quickly restore when you are back.
Apart from the ThinkPad X1 Nano we also see a slide of the ThinkPad X1 Fold which is the same as announced in the CES 2020, but there’s 5G support with it as well.
Apple’s one of biggest manufacturer Foxconn is planning to invest more in India to reduce its dependency on the manufacturing in China. Although Apple is a huge brand but China is the primary country of its production and amid of this US-China trade conflict, the Cupertino giant wants to shift its iPhone production to other Asian countries including India.
There were reports earlier that Apple could even shift 20% of its production from China to India, taking the benefit of the Production-Linked Incentive (PLI) introduced by the Indian Govt. To avail the benefits, a company needs to manufacture phones worth $10 billion at least in phases between 2020 to 2025 to get an incentive of 4% to 6% on incremental sales worth up Rs. 50,000 crores for the manufacturers on a yearly basis.
Because of this Apple is expected to produce up to $40 billion worth of smartphones, mostly for exports through its contract manufacturers Wistron and Foxconn. Already we iPhone XR production in India and as per reports, Apple will also be making iPhone SE (2020) in India to reduce the taxes and making it more affordable in the country.
Obviously, Indian Govt is helping contract manufacturer like Foxconn to bring its machinery & equipment from China to India by evaluating at 40% of the value. In the meantime, the announcement by Foxconn to invest in $1 billion in India is a positive start to the new revolution wherein the Cupertino giant dreams to be the largest exporter in India.
Foxconn reportedly will be investing around Rs. 7,500 crores ($1 billion) to expand its Sruperumbudur, Tamil Nadu factory in India. This will take a total time of three years to complete and helping to give 6,000 employment to people, according to a Reuters report. Foxconn primarily makes iPhone XR in the Sruperumbudur factory and with this investment, it can make other latest iPhone models as well.
”There’s a strong request from Apple to its clients to move part of the iPhone production out of China,” one of the sources said in the report. Apart from this plant, Foxconn owns a separate plant in Andhra Pradesh, where it manufacturers smartphones for Xiaomi, Nokia (HMD Global) and others, Foxconn Chairman Liu Young-way has also stated that it would ramp up its investment in the country as well.
If somehow the more premium iPhone models are being assembled in the country then Apple can save $100-200 on import tax which again decrease iPhone prices in the country. Wistron is planning to make new iPhone SE (2020) production in India and with this investment by Foxconn, it seems pretty clear Apple is taking things seriously in the world’s second largest smartphone market.
OnePlus has been teasing the information of OnePlus Nord in the official Instagram page. Recent video in that account suggests that the OnePlus Nord will come with two selfie camera capable of taking 105° ultra-wide pictures.
According to all the leaked specs that ultra-wide camera will have an 8 MP sensor and will be paired with a 32 MP main selfie camera sensor. Around the back, there will be a quad setup – 48 MP wide, 8 MP ultra-wide, 2 MP macro and 5 MP depth sensor.
OnePlus has already announced its partnership with YouTuber Zack Nelson of JerryRigEverything and the company will launch a special-edition Dbrand Teardown mobile case for the Nord. The case is uniquely designed and has a print of the inner backside of the phone, which means the design is such that it shows the internals of the smartphone from the back including the battery, camera, etc.
Image credit: zacksjerryrig | Instagram
In that case, we are lucky that the battery capacity is mentioned on the huge blue battery of the smartphone. The smartphone will have a 4,115mAh huge battery as mentioned in the case. Previously we speculated that the smartphone will have 5,000mAh battery but now it seems to be false and the company is sticking within the 4,000mAh battery range.
OnePlus Nord Dbrand Teardown case will be available in limited quantities on July 21. The place of its arrival is not specified by the company clearly yet.
Pete Lau has shared an image in the OnePlus forum where he has discussed the battery life of the upcoming OnePlus Buds. He has discussed the long battery life of the first TWS earbuds of the company. He mentioned that the OnePlus Buds will “30 Hours of Burdenless Audio Experience” which indicates that the earbuds will have a longer battery life including the case. In the case of TWS earbuds company mentions the total battery life of the whole case and the buds separately and thus in this case OnePlus is also portraying in that way. The post also mentions that these TWS earbuds will also bring “industry-leading” battery life.
Each earbud will have long battery life including the case. According to the forum post, each of the earbuds can provide up to 7 hours of listening while they can be charged from the case providing more than 21 hours of listening time. Each earbud will weigh almost 4.6 grams and the carrying case itself weighs 36 grams.
Max J is one of the most renowned tipsters who gave us an idea about a truly wireless earphone from OnePlus that is in development. He had shared this news a few weeks ago, and recently he has shared another interesting news related to this TWS earphone. he had shared an image in his official twitter account that shows the schematic diagram of the OnePlus TWS earphone along with its name. The upcoming rumored TWS from OnePlus will be named “OnePlus Buds”.
Right now we have no extra details about the specifications of the OnePlus Buds. Moreover, OnePlus is giving away ten OnePlus Nord smartphones by doing some formalities on twitter.
boAt is a powerful name in the Indian audio market and has enough strength to give a head to head to its senior competitors. Last Sunday, it placed its new Airdopes 171 for sale on Amazon.in and become sold out within around a day.
As the product was coming at just ₹1,799, we were curious if the Indian brand is providing the same overall quality this time too, even after this price point or not. We already get our answer and now sharing it with you.
Specifications & Variants:
General
5 x 3.8 x 3 cm product dimensions
50g item weight
Multifunction buttons
IPX4 Rating
Voice Assistant Support
Audio
20Hz to 20kHz Frequency
6mm Audio Driver
Connectivity
Bluetooth 5.0
10m Range
AAC
Battery
43mAh Battery in each bud
380mAh Battery in the Charging Case
70h Standby Time
Up to 3h Playback time for Buds
Up to 10h with Charging Case
2h Charging time
MicroUSB port in the case for charging
Variants
Rose Gold
Mysterious Blue
Active Black
In the Box:
There is lots of things inside the small box. Here is the list –
One pair of the earbuds
One Charging Case
One MicroUSB Cable
Two pair of extra Ear Caps
1 Year Warranty Card
User Manual
Design & Build Quality:
The Charging Case comes with an oval-shaped matt finish texture that feels premium from the very first touch. There is a boAt branding on the top, a hidden tri-color LED at the front for charging, and battery level indications. The MicroUSB port is placed at the back. A short model description is also there at the back surface.
Each of the earbuds is also shaped almost a look-alike of the charging case, in terms of design, but obviously in a smaller size. There are also hidden LEDs in the Multifunction Buttons. The mics are placed at the bottom of each one (The bottom part you get after wearing).
The build quality is great and the matt finish on its top enhances the premium feel further. Holding it in the hands is very comfortable and gives a premium feel as well.
Comfort & Usage:
The buds are very light in weight and fit perfectly, not tight but keep steady at their proper place even after getting a good jerk. I used the buds over 4 to 5 hours long and didn’t feel uncomfortable for a single time. The charging case size is enough to carry in your pocket easily and can tolerate little pressures, thanks to the build quality.
boAt is providing Bluetooth 5.0 with this product. So, fast connectivity is quite obvious. For the first time, you have to pair it with your smartphone or PC or Tab. Generally, when you will take out the buds from the case, they will turn on automatically. But I had to turn those on manually once.
The user manual says the Airdopes 171 has a transmission range of 10 meters but it disconnected after 2.5 meters only. Within that range, everything is well and good.
Along with all these, the voice assistant support will make your hands-free experience a lot better. If you are wondering about the latency, let you know it’s very less.
Audio Quality:
Now the most important part started. Airdopes 171 has a frequency range of 20Hz to 20kHz and has 6mm audio driver. Besides it also has Advanced Audio Coding (AAC) digital audio compression support.
At the volume range of 40% to 70%, the sound feels very much soft, sweet, and doesn’t sting to me. Over that, it is very much loud, like very loud, much like most of the boAt audio products.
Two negative feedback from my side is first, the bass is almost negligible. If you are a fan of high bass, this Airdopes 171 is not for you. The second one is the audio becomes silent at 20% or less volume and there’s no difference between 10% of volume and 0%. Overall, at its price, the sound is justified and is good enough for normal usage.
Microphone:
I attended a lot of calls while using it and I got no one complaints about poor audio or connectivity issues as such. This means, despite being far away position from the mouth, microphones received my words clearly and easily. The good response of my Google Assistant is another proof of it. So, no complaints regarding mic quality at all.
Functionality:
Just making a variation of the press-time duration of the Multi-Function Buttons (MFB), you can do multiple things. There is also a double-tap functionality. The MFBs are soft enough and you need not press hard.
Press MFB for 2 seconds: Activate your Voice Assistant/Reject call
Press MFB for 3 seconds: On the Buds manually
Press MFB for 5 seconds: Off the Buds manually
Press MFB for 10 seconds: Perform Factory Reset
Single press on any of the MFBs: Pause or Play music/Receive call
Double press on Right MFB: Next Track/Switch between an active call and held call
Double press on Left MFB: Previous Track/Switch between an active call and held call
If you use a single bud at a time, in the case, the track skip or return function will not work.
Battery Backup:
The only thing that surprised me is the battery backup. Each bud is holding 43mAh batteries inside and the charging case with MicroUSB post has 380mAh battery. The company claims a total to 13 hours of playback time including 3 times charging through the case, 3 hours of playback time for each bud, and a total of 70 hours standby time.
Firstly, following the instructions by boAt, I charged the total set for 2 hours using a 5V/2A adapter. After that currently, I’m using it for 17 hours long and still has a 70% charge in the buds. A single bud with a full charge is running for around 5 hours and I charged the buds three times already. Still, it can charge the buds, to get fully charged in the case, the buds are taking around 1.5 hours.
Point to note, I kept the volume at 60% all the time, and the time duration, I provided, is the playback time, not the standby time.
Pros & Cons:
Pros
Cons
Premium Build Quality
Less Bass
Great Battery Life
Lower transmission range
Soft and Sweet Audio Quality
Low Latency
Good Microphone Reception
Verdict:
At the pricepoint of ₹1,799, boAt’s new Airdope 171 is one of the best options. Its premium build quality, great audio, the latest Bluetooth version, and the long battery life are more than enough to become someone’s favourite daily use audio device. The only thing you have to compromise is the bass. But, you can’t ignore the pros for just one major con, I personally have no complaint regarding this, keeping in mind the price tag only.
If your heart wants this boAt Airdopes 171 after going through this entire review, you should undoubtedly go for it, also see our review of the Redmi Earbud S and Realme Buds Q, to see the differences. You are just one click away to reach your favourite TWS earphone with your favourite colour among Rose Gold, Mysterious Blue, and Active Black. Reach links are given below, go and order one.
As we all know Google Cloud is one of the major cloud platform in the cloud computing segment along with other players including Amazon AWS, Microsoft Azure and others. Major companies are shifting data from traditional servers to cloud servers for their speed, features and reliability but is cloud still enough reliable to hold sensitive information?
via CSO
For this reason, major companies are building secure cloud servers of their own or relying on giants like Google, Microsoft and Amazon. So, according to CRN, a Google Cloud product manager explained why their new encrypted virtual machines run on AMD EPYC processors and not on Intel Xeon processors.
There’s no denial of the fact that AMD is overpowering Intel in every segment including desktop CPUs, mobile processors and even server processors. AMD launched EPYC lineup for its server processors based on their revolutionary Zen microarchitecture that power their Ryzen CPUs few years ago.
Last year, AMD launched the Zen 2 based EPYC Rome processors which gave the huge benefit of switching to 7nm process and showed their performance supremacy once again. Intel, for the last couple of years, has not been able to deliver any breakthrough in performance but their server-based Xeon chips are very costly to implement but EPYC gave higher performance even coming half of the price as that of Intel.
AMD EPYC CPUs came with up to 64 cores and 128 threads along with up to 2.25 GHz base and 3.40 GHz clock speeds which made them so special when it comes to performance along with the fastest PCIe gen 4 support. It destroyed the likes of Platinum 8280 at almost half costs which attracted a lot of fore-runners in the server market.
Confidential VMs by Google Cloud
So, its unsurprising of the fact that Google too has opted for AMD but preferring the Red team over their long partner Intel in a segment for Confidential VMs is kind of interesting and raises doubts among lot of people. On Tuesday, at the virtual Google Cloud Next conference, the first product came out to be the new Confidential Computing portfolio that encrypts data in memory and elsewhere outside the CPU.
This is the beta launch of the Confidential VMs which actually makes as Google Cloud “the first major cloud provider to offer this level of security and isolation while giving customers a simple, easy-to-use option for newly built as well as ‘lift and shift’ applications,” according to the vendor.
Storing and retrieving encrypted data has been going on for a lot of time now but protecting that same data when it’s getting processed in the memory is a serious challenge. This requires major hardware solutions which exist in the form of Intel’s Software Guard Extensions (SGX), launched in 2015, and AMD’s Secure Encrypted Virtualization (SEV), came in 2017.
Confidential VMs are based on Google Cloud’s N2D series instances that run on AMD’s 2nd Gen EPYC ‘Rome’ processors, all of which come with an expanded version of SEV that supports 509 encryption keys that are generated by the processors’ Arm-based secure co-processor. The co-processor’s key manager generates the VM encryption keys, so neither Google Cloud nor any VMs running on the hypervisor can access to them.
Why Google Cloud chose AMD over Intel?
Nelly Porter, a lead product manager at Google Cloud, said to CRN that it is due to the ease of use, low-performance impact along with scalability is some of the key reasons for the adoption of Confidential VMs, which in turn are actually the key reasons behind its decision to go with AMD SEV over Intel SGX.
Performance, security and cost are the three pillars of the server processors and in three of them Intel has been failing as they have been stuck with 14nm process. Intel had been involving in a lot of security flaws and their performance benefit is slipping way in front of AMD’s EPYC CPUs and the cost remains very high for Intel while with AMD you can get double the performances of Intel at half the prices.
According to Porter, who believes that the way AMD SEV was designed customers don’t have to worry about redesigning or tweaking any of their applications to move them to Confidential VMs. The design and security of these Confidential VMs allow Google Cloud to ensure customers the security that they can provide to them. “This means nobody, not AMD, neither Google have access to those keys,” she said.
As per tests done by Google Cloud, the use of SEV impact only by 2-6% in performance that too depending on the workload which most companies are happy with until it exceed the 10% barrier. Greg Gibby, a senior product manager at AMD, also said that there’s minimal impact by implementing an AES-128 encryption engine in each memory controller of the CPU.
This is not surprising how powerful AMD EPYC CPUs are and how many cores they posses, but when asked why they didn’t go with Intel SGX, Porter said it was a matter of the availability of processors supporting the feature as well as the complexity associated with adapting applications for the technology.
Porter said Intel SGX can be a “very useful tool for very dedicated and specific workloads,” such as protecting encryption keys, reviewing SSL and TLS connections and signing certificate requests for a certificate authority.” But the technology comes with a “significant price” associated with a need to redesign applications for Intel SGX enclaves, and the performance impact is significant, she added.
“From our perspective, for the workloads, we’re trying to enable, for use of use that we’re looking at and performance penalty,’ to tell customers [they] have to pay based on those three things, Intel SGX was an interesting idea, and we continue to look and work with Intel on that, but it’s not yet applicable to the workloads and scale that we’re looking at,” she said.
The words are enough to explain the switch to AMD, the Blue team is losing grounds in the desktop CPU market where it has nothing “exciting” to offer apart from higher clock speeds surrendering to the multi-core performance and focusing on only single-core performance, which will soon be overturned with AMD’s ambitious “Vermeer” CPUs based out of Zen 3 architecture.
In 2020, AMD has stepped the laptop market with its Ryzen 4000 mobile processors which is just destroying Intel coming in at lower prices and giving a monstrous performance which the blue team could have never expected. Now, with Google Cloud and other cloud vendors, AMD is joining hands to strengthen its role in the server market, which is currently dominated by Intel only, not to forget EPYC Milan server processors based on Zen 3 architecture will be launching this year itself.
There were rumours surrounding Huawei’s stay at the UK and today in a formal way the UK government has announced the removal of existing equipment of Huawei by 2027. The Chinese smartphone giant had played a huge role in the country’s 5G network and also had a great smartphone market in the country as well.
Almost all countries are furious on China and the companies based out of China, so a lot of countries including the US and India are getting rid of Chinese equipments & products out of their system. It all started when the US banned Huawei a year ago and the COVID-19, that originated from China, has just escalated the anger over Chinese products.
The UK government has even imposed a ban on buying new equipment from the company from December 31 this year. For such large step, obviously, there remains the hands of the US government and and a technical review by the UK’s National Cyber Security Centre (NSC) in response to US sanctions.
Digital Secretary Oliver Dowden said in a statement to the House of Commons: “By the time of the next election we will have implemented in law an irreversible path for the complete removal of Huawei equipment from our 5G networks”.
“5G will be transformative for our country, but only if we have confidence in the security and resilience of the infrastructure it is built upon. Following US sanctions against Huawei and updated technical advice from our cyber experts, the government has decided it is necessary to ban Huawei from our 5G networks”.
“No new kit is to be added from January 2021, and UK 5G networks will be Huawei free by the end of 2027. This decisive move provides the industry with the clarity and certainty it needs to get on with delivering 5G across the UK”.
The decision was taken on in a meeting of the NSC and the ban was imposed on Huawei in May itself after the UK’s initial decision on high risk vendors. Huawei uses a lot of technology based out of the US companies and so the UK government has to remove the firm’s access to products which have been built based on US semiconductor technology.
This ban is a result to remove the Chinese based company’s tech in sensitive and critical parts of the network. The officials also doubt that the new restrictions will make it impossible to continue to guarantee the security of Huawei equipment in the future as well. So, this is a major setback from Huawei because the UK is a huge market from them and being removed from 5G network can be the first step of its stay as it is involved in a variety of technology in the country.
Realme India launched the 30W Dart Charge 10,000mAh Power Bank today. The price of this power bank is set at Rs.1,999 and it will be available on July 21 at 12 PM on realme.com and Flipkart.
Realme 30W Dart Charge 10000mAh Power Bank is a two-way charger that means it can take both input and output at the same 30W power. The claims that this power bank will be able to fully charge a Realme device in roughly 1 hour 40 minutes and same goes for the power bank as well, the 1000mAh battery fully charges within 1 hour 36 minutes.
Specification of Realme 30W dart Charge 10000mAh Power Bank:
As mentioned by the company’s website Realme 30W Dart Power Bank will come with a carbon-fiber body and will have a capacity of 10,000mAh. It will support multiple fast-charging solutions such as Dart, VOOC, QC, and so on. The company has not revealed all the solutions but these are the few mentioned on the website. The power bank will also feature 15-layer charging protection.
There will be a low current mode on the Realme 30W Dart Power Bank, just like the Power Bank 2 (10,000mAh), to charge Bluetooth-enabled devices such as Truly Wireless earbuds, speakers, and more or to be exact AIoT devices.
It will support the charging of two devices simultaneously through its USB Type-C and USB Type-A ports. Realme claims that this power bank can charge Realme 6 up to 65 percent in just 30 minutes and the power bank itself can be fully charged within 1 hour 36 minutes. Realme 30W Dart Power Bank further has LED lights to indicate its battery level.
Read the in-depth review of Realme Power Bank 2 (10,000mAh) here:
Many football players don’t use their birth names on their jersey backs. Some footballers do this cause their names are large enough to be used as their jersey name or for any personal reason. Their real names are almost unknown to the world.
Their real birth names are so unknown that most of you wouldn’t be able to recognise them by that name.
Here’s the list of the top 25 football players you probably won’t recognise by their real birth name:
25. Kevin Oghenetega Tamaraebi Bakumo-Abraham
Commonly known as: Tammy Abraham Club: AS Roma (Serie A) Country: England
Lionel Messi
24. Lionel Andres Messi Cuccittini
Commonly known as: Lionel Messi Club: Paris Saint-Germain (Ligue 1) Country: Argentina
23. Marcos Aoas Correa
Commonly known as: Marquinhos Club: Paris Saint-Germain (Ligue 1) Country: Brazil
22. Francisco Roman Alarcon Suarez
Commonly known as: Isco Club: Sevilla (LaLiga) Country: Spain
Kaka
21. Ricardo Izecson dos Santos Leite
Commonly known as: Kaka Club: Retired Country: Brazil
20. Edson Arantes do Nascimento
Commonly known as: Pele Club: Retired Country: Brazil
19. Charles Joseph John Hart
Commonly known as: Joe Hart Club: Celtic (Scottish Premiership) Country: England
18. Gerard Pique Bernabeu
Commonly known as: Gerard Pique Club: Retired Country: Spain
Dele Alli
17. Bamidele Jermaine Alli
Commonly known as: Dele Alli Club: Beşiktaş (Super Lig) Country: England
16. Marcos Evangelista de Morais
Commonly known as: Cafu Club: Retired Country: Brazil
15. Gervais Yao Kuassi
Commonly known as: Gervinho Club: Aris (Super League Greece) Country: Ivory Coast
14. Albert Roger Mooh Miller
Commonly known as: Roger Milla Club: Retired Country: Cameroon
Pepe
13. Kepler Laveran de Lima Ferreira
Commonly known as: Pepe Club: Porto (Primeira Liga) Country: Portugal
12. Anderson Luis de Souza
Commonly known as: Deco Club: Retired Country: Portugal
11. Mahmoud Ahmed Ibrahim Hassan
Commonly known as: Trezeguet Club: Trabzonspor (Super Lig) Country: Egypt
10. Manoel Francisco dos Santos
Commonly known as: Garrincha Club: Retired Country: Brazil
9. Givanildo Vieira de Sousa
Commonly known as: Hulk Club: Atlético Mineiro (Brasileiro Série A) Country: Brazil
Nani
8. Luis Carlos Almeida da Cunha
Commonly known as: Nani Club: Melbourne Victory (A-League) Country: Portugal
7. Ronaldo de Assis Moreira
Commonly known as: Ronaldinho Club: Retired Country: Brazil
6. Ronaldo Luis Nazario de Lima
Commonly known as: Ronaldo Club: Retired Country: Brazil
5. Robson de Souza
Commonly known as: Robinho Club: Retired Country: Brazil
4. Fernando Luiz Roza
Commonly known as: Fernandinho Club: Athletico Paranaense (Brasileiro Série A) Country: Brazil
Socrates
3. Socrates Brasileiro Sampaio de Souza Vieira de Oliveira
Commonly known as: Socrates Club: Retired Country: Brazil
2. Pedro Miguel Carreiro Resendes
Commonly known as: Pauleta Club: Retired Country: Portugal
1. Aloysius Paulus Maria van Gaal
Commonly known as: Louis van Gaal Club: Retired Country: Netherlands
If you know any other footballer whose common name is totally different from their birth name then tell us in the comments.
