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I've been testing the Redmi range since the Redmi Note 5, so I have enough perspective to see how these phones have evolved over the years. If I compare the "old" Redmi Note 5 that I still have with this new Redmi Note 11 Pro, I can clearly say that these two phones no longer have much in common. The Redmi range has evolved into a more premium model with a neater exterior appearance and specifications that evolve from year to year. The Redmi Note 11 Pro 5G continues in this direction by giving itself an iPhone look (larger and heavier) with this new format and by using the ingredients that have made the brand successful in the past. The Pro version has always focused on the photo part, this will once again be the case with this new model, we find the Samsung sensor which produces photos of 108 million pixels. It's not new, but in this price range, it's still a strong argument. Xiaomi manages to balance its efforts between evolution and revolution each time to stay ahead of the competition, so I'm going to see if the recipe still works, especially since this phone now costs much more than previous generations and the competition is not not sit idle.[b][b][b]Redmi Note 11 Pro 4G[b][b]Redmi Note 11 Pro 4G / Aliexpress (259€-319€)[b][b][b][b]Redmi Note 11 Pro 5G [b][b]Redmi Note 11 Pro 5G / Aliexpress (279-339€)[b][b][b][b][b]linkManufacturer web site:[b]https://www.mi.com[b][b]linkSite where I have bought the Redmi Note 11 Pro:[b]Not yet available / tested[b][b][b]
Structure of my tests
I test the phones according to a pre-established structure (see below) to provide you with as much information as possible. Unfortunately, this takes a long time. Some tests like network performance tests take several days and for photo tests I sometimes have to wait until the weather is suitable to take pictures in good conditions. I am therefore obliged to publish the tests step by step, so I invite you to come back if the test is not complete at the time of your visit.[b] How are my tests different from others on the web?
- I usually buy the devices with my own money, so price is just as important as you are! - I keep the devices for at least a few weeks (sometimes more) to see what they are worth in real conditions. - I answer (when possible) your questions to help you decide before you buy - no one pays me to do these reviews, so I'm completely neutral and independent... - My pages are not filled with ads
The list below shows the prices for the Redmi Note 11 Pro from more than 50 sites around the world. If you are not satisfied with any price, you can subscribe to a price alert to be the first to be notified when the price drops.[b]bb
helpThe above links are affiliate links from companies such as Amazon, Gearbest, Aliexpress,... If you appreciate my work, I would be grateful if you could purchase these products through these links. It costs you absolutely nothing but I get a small commission that allows me to buy the material I test. Thank you very much!
Timeline
February 15, 2022: I received the Redmi Note 11 Pro 5G, the test can start [b] February 18, 2022: phone launched in Europe, my test will clearly not be finished but I will update the article depending on my test progress [b][b]
Why this phone?
As I wrote in the introduction, I have been testing Redmi phones since the Redmi Note 5 and I have always appreciated these models even if some did not bring much, they were always one step ahead of all other brands in this price range. I am thinking in particular of the democratization of amoled screens, stereo sound, high-performance cameras, ... all these elements already existed in the middle or high end but Xiaomi made them accessible to a wider audience. [b][b] What will this new Redmi Note 11 Pro 5G bring? The change starts with the exterior, this new Redmi is very freely inspired by the iPhone with its rounded corners and straight edges, Redmi had not yet tested this format. I will return to this point later in the test. The Redmi Note 11 Pro 5G marks the return to a Mediatek architecture which should increase the performance of this model by around twenty percent compared to the previous version. The phone uses the 108 million pixel sensor that I already tested on the previous version, I'm curious to see if Xiaomi has managed to improve its image processing. There remains the question of the price (all prices are on the rise), will Redmi continue to be able to market this type of phone for less than 250€?[b]
Unpacking
The Redmi Note 11 Pro is packaged in a white box like all other models of the brand, the box contains the phone, a transparent soft silicone protection, a manual, a 67W charger and a USB cable. The presence of a 67W charger is a significant advantage, especially when some manufacturers decide to no longer put a charger in their box.
4add_a_photo
[b]
Length : 161.2 Width : 76.1 Thickness : 8.1 Weight : 202 Jack output : Yes USB Type : Type C Infrared port : Yes
First configuration
The Redmi Note 11 Pro is released under MIUI 13, so the setup procedure will follow the same steps as other phones under MIUI 13, I did not notice any big changes with the previous version. The graphical interface is more pleasant and Xiaomi has removed the screens to register for its cloud, this is undoubtedly a very good thing for a large majority of users but I think they have found another source of income . At the end of the configuration of the phone, you will be able to activate dynamic wallpapers and by activating this feature, the phone will ask you to accept cookies from an advertising intermediary. Activating this feature will therefore allow Xiaomi to monetize the data of its users. Don't cry foul right away, it's very clever of them because that's what everyone does on the internet and here it doesn't ask you to register somewhere. If you are allergic to this, you can opt out of information sharing.[b]
Finish
When I tested my first Redmi, Xiaomi had the reputation of being very much inspired by iPhones, but over the years, they have moved away from this universe to explore all kinds of other formats. With the Redmi Note 11 Pro we return to these basics of the time with a design very strongly inspired by the iPhone. The phone has rounded corners and thicker straight edges and when I first took it out of the box, that was the first thing that struck me. I'm not judging if it's good or not, it's just an observation. It's an unusual format for the Redmi but I find it quite successful, it gives it a more premium look. [b][b] The back of the phone is covered with a very smooth metallic-looking surface (but it's glass and polycarbonate) that reflects light from different angles. The smooth surface does not slip too much, the grip is good. The photo block is not inspired by the iPhone, however, this photo block comes out quite strongly at the back and it is composed of two levels depending on the sensor. The 108 million pixel sensor obviously needs the space and this can be seen very clearly in the following photo:
On the upper part, we find the audio output jack, a sound sensor, one of the two external speakers and an infrared emitter.
On the right side we find the usual volume and power buttons where we also find the fingerprint sensor. These buttons are very well integrated and do not have a large relief so as not to break the line of the telephone. The left side is perfectly smooth and unbroken as the sim drawer is at the bottom this time.
At the bottom we find the USB type C port, a sound sensor and the SIM drawer which can hold 2 cards in front/back mode or a SIM card with a memory card.
The 6.67 screen takes up just over 85% of the available space, the borders are visible but slightly thinner than what I've seen on the Redmi of previous generations. The selfie sensor is also smaller than what I've seen before on this range. [b][b] I find that this new format is very successful, the screen space is well exploited and despite the size, the weight barely exceeds 200 grams. We are obviously far from the formats of the iPhone but it is a fully assumed choice. This new format should in any case attract new eyes to Redmi.[b]
Specifications
[b]The information below comes from the Device Info HW application. The application provides detailed technical information about the tested phone. Xiaomi is a champion of re-usability, we often find the same components on a whole series of phones, but this Redmi stands out on several points. It shares the same CPU/GPU architecture as the Poco M4 Pro but the screen is different, it's a gtx8, I haven't had the opportunity to test this screen yet. The accelerometers, gyroscopes and fingerprint sensor are also different. The memory is LPDDR4X type and the storage is UFS 2.2. This phone is therefore quite different from the other models in the range.[b]
[b][b]There are two versions of the Redmi Note 11 Pro, a 4G version and a 5G version. The 4G version (version tested) runs under a Mediatek architecture where the 5G version runs under a Qualcomm architecture which is more efficient. My version therefore runs on a Mediatek architecture, which means that the CPU, GPU, wifi, GPS, Bluetooth are part of a set that will be the same as all phones using the same architecture. The results of my tests will therefore also be valid for other phones such as the Poco M4 Pro 4G. [b] For the graphics part, this phone is based on a Mali G57 which offers mid-range performance and with this kind of hardware you can play almost all the games with sometimes a degradation in terms of details.[b]
Benchmark Antutu/3DMark
I got a score of 275835 points on Antutu, this ranks this phone in a comfortable average. This level of performance will allow you to use this phone in almost all conditions, except that for demanding games, you will probably have to reduce the level of detail to play in good conditions. Outside of gaming, this level of power is more than enough for day-to-day use. [b][b] This level of performance is very similar to the previous generation and if you want more performance with the same smartphone, you will have to go for the 5G version which offers higher performance than this version . You should exceed 400,000 points with Antutu.
[b]
Antutu score : 274835 Antutu CPU : 85047 Antutu GPU : 67484 Antutu UX : 58607 Antutu Mem : 63697
[b]Top 10 - performance ranking based on Antutu 1. Poco F5 - 910362 2. Poco F4 Gt - 853016 3. Realme Gt - 811858 4. Black Shark 4 Pro - 759986 5. Poco X4 Gt - 714577 6. Oppo Find X2 Pro - 605184 7. Oneplus 8t - 595000 8. Poco F3 - 589677 9. Xiaomi Mi 10t Pro - 581650 10. Oneplus 8 Pro - 579417
Number of smartphones in the ranking:155 Position of this smartphone in the ranking:65/155
Note: this ranking only contains the phones I tested as well as a few others that I added for reference. [b]Gaming[b]To test the performance in game, I download the mobile PUBG game and evaluate the in-game experience, graphics level and depth of vision. This game is quite demanding and should help you evaluating the performance of a phone. The Redmi Note 11 Pro is not a smartphone designed for hard core gamers but that does not mean that you cannot use it to play games. The video below shows part of PUBG Mobile in HD, the in-game experience is good even if sometimes the movements are not always smooth. It is rather necessary to move towards the 5G version to take full advantage of games of this type.[b][b][b]
Network performance
The Redmi Note 11 Pro supports most 3G and 4G frequencies in Europe but there is a 4G version and a 5G version, so be sure to check which version you are buying. The 5G version supports a large number of frequencies which should also cover the majority of uses in Europe.[b]
3G frequencies : B1 (2100), B2 (1900), B4 (1700/2100 AWS A-F), B5 (850), B8 (900) 4G frequencies : B1 (2100), B2 (1900), B3 (1800), B4 (1700/2100 AWS 1), B5 (850), B7 (2600), B8 (900), B12 (700), B13 (700), B17 (700), B20 (800), B26 (850), B28b (700), B28a (700), B32 (1500), B38 (TDD 2600), B40 (TDD 2300), B41 (TDD 2500), B66 (1700/2100) Bluetooth : Bluetooth 5.1 LE Volte : Yes VoWifi : Yes NFC : Yes Number measurements : 349 Average signal (reference) : -95.33 Average signal (telephone) : -93 Average deviation reference/telephone : 2.33 Min/Max signal (reference) : -89 / -101 Min/Max signal (phone) : -92 / -94
Choose your country to check if your phone is compatible:
The frequencies displayed below will allow you to see if this phone is compatible with your operator or if you will be able to use it in the country where you are going on vacation.
Signal 4G (from December 2020)[b]I decided to change the methodology for measuring the network because I noticed that the configuration of the mobile network changes over time. This makes it more difficult to compare phones because the conditions are no longer exactly the same.[b][b]To overcome this problem, I set up a device that captures 24 hours a day about ten parameters from the mobile network (ex: cell id, rssi, rsrq, snr, frequency,...). I then place the phone next to the device for 24 to 48 hours taking the same measurements so that I can compare them. [b][b] Overview of the phones tested with this methodology[b][b]
Phone tested:
Measurements
Avg signal (reference)
Avg signal (phone)
Min/Max (reference)
Min/Max (phone)
Samsung Galaxy S10+
457
-93.06
-97.39
-89 / -98
-97 / -99
Xiaomi Mi 9t Pro
669
-93.69
-95.84
-90 / -95
-92 / -98
Poco F2 Pro
1438
-91.02
-94.99
-89 / -94
-94 / -96
Xiaomi Mi 10 Lite 5g
1645
-90.77
-95.02
- 88 / -98
-95 / -100
Poco X3
821
-94.89
-103.19
-91 / -97.7
-101 / -104
Umidigi Bison
2343
-92.71
-96.46
-90 / -99
-94 / -102
Oukitel C21
1101
-92.04
-94.99
-90 / -97
-92 / -95
Poco M3
1116
-92.09
-91.74
-88 / -98
-90 / -99
Xiaomi Mi 10t Pro
1071
-90.61
-94.03
-88 / -94
-94 / -96
Umidigi A9 Pro
981
-90.40
-94.01
-88 / -95
-93 / -95
Redmi Note 9t
1201
-92.149
-91.71
-90 / -97
-91 / -97
Xiaomi Redmi Note 10
999
-92.35
-93.99
-88 / -97
-92 / -98
Xiaomi Redmi Note 10 Pro
877
-89.72
-90.56
- 88 / -92
-89 / -95
Poco X3 Pro
1876
-91.45
-92.91
-90 / -94
-90 / -96
Poco F3
1382
-90.79
-94.2
-89 / -94
-93 / -98
Oneplus Nord N100
896
-91.23
-96.005
-88 / - 99
-96 / -99
Xiaomi Mi 11 Lite
2875
-91.36
-91.49
-87 / -96
-90 / -96
Samsung Galaxy A52
1427
-89.27
-93.39
-87 / -98
-92 / -96
Doogee S96 Pro
1259
-94.2
-91.21
-90 / -102
-88 / -95
Xiaomi Redmi Note 10s
957
-92.07
-97.62
-90 / -102
-96 / -102
Poco M3 Pro
1247
-91.76
-102.97
-99 / -104
-88 / -98
Realme Gt
843
-96.49
-94.02
-93 / -101
- 92 / -96
F150 R2022
1002
-92.4
-105.1
-90 / -97
-98 / -110
Umidigi Bison Pro
936
-94.2
-104.98
-91 / -98
-95 / -105
Redmi 10
2141
-94.74
-100.92
-92 / -98
-99 / -101
Tcl 10 Pro
871
-93.43
-94.001
-92 / -96
-93 / -95
Poco M4 Pro
570
-93.71
-96.78
-91 / -98
-95 / -99
Google Pixel 5
1444
-91.02
-97.02
-90 / -94
-97 / -101
Xiaomi 11t
1576
-92.305
-92.003
-90 / -96
-92 / -93
Redmi Note 11
1223
-92.5
-91.32
-92/-97
-90 / -93
Black Shark 4 Pro
2383
-95.178
-95.42
-90 / -100
-93 / -101
Redmi Note 11 Pro
349
-95.33
-93
-89 / -101
-92 / -94
Poco M4 Pro 4g
1202
-90.85
-88.95
-87 / - 95
-88 / -98
Tcl 30 Se
567
-92.11
-92.85
-88 / -98
-99 / -93
Poco X4 Pro
562
-92.06
-94.01
-90 / -95
-95 / -93
Redmi Note 11 Pro Plus 5g
945
-93.5
-93.54
-91 / -97
-92 / -97
Poco F4 Gt
832
-95.02
-93.09
-90 / -99
-93 / -97
Oukitel Wp18
1351
-95.94
-92.92
-91 / -97
-92 / -97
Poco X4 Gt
387
-96.99
-96.505
-96 / -98
-95 / -98
Poco F4
524
-95.78
-95.04
-93 / -99
-94/-96
Oneplus Nord 2t
1340
-98.83
-96.305
-95 / -102
-90 / -99
Redmi 10a
707
-89.026
-97.97
-87 / -91
-97 / -103
Poco M5
762
-95.18
-95.07
-98 / -93
-99 / -94
Unihertz Tank
1426
-91.21
-93.97
-90 / -95
-89 / -96
Poco X5 5g
2234
-92.3
-99.1
-91 / -95
- 100 / -98
Google Pixel 6a
853
-91.8
-95
-90 / -94
-95 / -97
Redmi Note 12
1023
-89.6
-96.99
-88 / -93
-95 / -97
Redmi Note 12 Pro
1576
-91.96
-94.93
-89 / -96
-93 / -95
Unihertz Luna
1133
-91.7
-91.94
-89 / -95
-92 / -94
Poco F5
1321
-91.69
-95.05
-90 / -97
-94 / -97
[b][b]
I had to go a little faster than usual to test the network sensitivity because I wanted to launch my article in time for the launch of this phone. I will try to do a longer test again once my queue has cleared as I have other phones in test at the moment. I did just over 300 measurements and got a very stable average score of -93dBm where the probe averaged -95dBm with more signal irregularity. The Redmi manages to overtake the probe, it's always a good sign and it manages to keep the signal more stable. This can be seen very clearly on the graph.[b][b][b]Download/Upload speed[b]To test the download speed, I have identified some 4G cells offering good performance where I test all my devices several times to see what download and upload speed they can achieve.[b]Top 10 - speed ranking in download 1. Samsung Galaxy S20 D:351Mbps U: 20Mbps 2. Poco X3 D:232Mbps U: 55Mbps 3. Xiaomi Mi 10 Lite 5g D:223Mbps U: 52Mbps 4. Poco F2 Pro D:207Mbps U: 53Mbps 5. Xiaomi Mi Note 10 Lite D:153Mbps U: 68Mbps 6. Xiaomi Mi A3 D:150Mbps U: 60Mbps 7. Xiaomi Redmi Note 9s D:150Mbps U: 60Mbps 8. Xiaomi Mi 8 Lite D:149Mbps U: 60Mbps 9. Samsung Galaxy A21s D:147Mbps U: 51Mbps 10. Huawei Y6 2019 D:145Mbps U: 61Mbps
Number of smartphones in the ranking:30 Position of this smartphone in the ranking:0/30
Note: the theoretical maximum speed of a telephone is often limited by the configuration of the mobile network and the congestion of the network at the time of the measurement. So maybe you could get a higher speed on another network [b][b]
Wifi performance
To test a phone's ability to receive the network properly, I take measurements near my router and then remotely (and always at the same place). This gives me an average in dBm where a value of -90 dBm indicates poorer performance than a value at -30 dBm.[b]
Wifi frequencies : 802.11a , 802.11b , 802.11g , 802.11n , 802.11n 5GHz , 802.11ac Download speed : 433 Signal / close : -13 Signal / distant : -55
Wifi signal[b]I measured an average signal of -13 dBm near the router, this is an excellent score showing excellent wifi sensitivity. From a distance I measured -55 dBm in 2.4Ghz, here too it is an excellent score. The signal is a little less good at 5Ghz but that's normal, this frequency does not have as good a range as 2.4Ghz.[b][b]Top 10 - wifi sensitivity ranking 1. Poco F2 Pro -11dBm 2. Xiaomi Redmi Note 10 Pro -12dBm 3. Realme Gt -12dBm 4. Redmi Note 12 Pro -13dBm 5. Samsung Galaxy A21s -13dBm 6. Redmi Note 11 Pro -13dBm 7. Poco F5 -14dBm 8. Oneplus Nord N100 -15dBm 9. Poco X3 Pro -15dBm 10. Poco F3 -15dBm
Number of smartphones in the ranking:74 Position of this smartphone in the ranking:6/74
[b]Download/Upload speed[b]To test the speed in Wifi, I connect to my router in 2.4Ghz and 5Ghz (if available) and use the Ookla application to measure the speed.[b]Top 10 - wifi download speed ranking 1. Redmi Note 11 Pro Plus 5g 866Mbps 2. Redmi Note 12 Pro 866Mbps 3. Poco F4 866Mbps 4. Google Pixel 6a 866Mbps 5. Poco F4 Gt 866Mbps 6. Poco X4 Gt 866Mbps 7. Oneplus Nord 2t 866Mbps 8. Black Shark 4 Pro 866Mbps 9. Poco F5 866Mbps 10. Poco M4 Pro 4g 433Mbps
Number of smartphones in the ranking:72 Position of this smartphone in the ranking:15/72
Note: I have a 400Mbps line and a modem capable of delivering higher speed, but I can never be sure how much bandwidth is available when doing a test. [b]
GPS performance
[b]To test the accuracy of the GPS signal, I use two positioning applications to evaluate the difference between the actual position and the position indicated by the phone. This test is done outdoors with nothing to obstruct the signal. An accuracy level of up to 3 meters can easily be corrected by an application (e.g. Google Maps).[b][b] The Redmi Note 11 Pro runs on a Mediatek architecture which often offers a better level of precision than the equivalent from Qualcomm. This distinction will undoubtedly cause a difference in performance between the 4G version (Mediatek) and the 5G version (Qualcomm). I got an accuracy level at 3 meters in open sky with a fairly quick fix. I usually get a better level of accuracy with Mediatek but GPS applications are perfectly capable of compensating for this accuracy discrepancy. This phone should in principle be able to pick up two frequencies at GPS level (GPS / QZSS L1+ L5 / Galileo E1 + E5a / BeiDou B1C + B2a / NAVIC) but in reality I only captured one except for Galileo or I saw the E1 and the L1. The number of connected satellites also allows better precision (about 25 out of 44 available).[b][b]Top 10 - GPS accuracy ranking 1. Poco M5 1m 2. Poco X4 Gt 1m 3. Unihertz Tank 1m 4. Oukitel C21 1m 5. Redmi 9a 1m 6. Redmi 10a 1m 7. Xiaomi Redmi Note 10s 1m 8. Doogee S96 Pro 1m 9. Xiaomi Redmi Note 9 1m 10. Umidigi Bison Pro 1m
Number of smartphones in the ranking:44 Position of this smartphone in the ranking:0/44
Note: An accuracy of 3 meters or less can easily be corrected by a good GPS application. Phone performance also plays a role in how fast your display updates, so good accuracy could be compromised by too slow a display. [b]
Battery range
To test battery life I developed an application that measures the battery level minute by minute until the battery is empty. This application consumes about ten percent of the phone's resources and I do a test with 100 brightness. This test aims to reproduce a contemplative use of a phone (e.g. surfing the internet, reading articles, spending time on social networks). These results are not valid for intensive gaming/streaming use.
Capacity : 5000 Fast charge : Yes W max : 67 Range (100% brightness) : 765.00 Charging time : 85.00
From March 2020, I replaced my subjective battery test with a technical test to better measure the real behaviour of the battery. Now I test the autonomy and charging time under absolutely identical conditions. I perform several measurements, so this test alone takes several days during which I cannot use the phone for anything else.
Battery life - methodology To test the battery life, I measure the battery consumption every minute in strictly identical conditions to be able to compare phones and also to allow you to evaluate your phone in the same conditions. I rule out any influence of applications that could interfere with the measurement. The autonomy is not linear, the battery sometimes discharges much faster at the end. This is a frustrating phenomenon but with my measurements, you will know if you need to find a charger quickly.
Battery life The battery of the Redmi Note 11 Pro has a capacity of 5000 mAh and has discharged from 100% to 1% in 765.00 minutes with 100% brightness, it has discharged from 100% to 1% in minutes with 50% brightness. I obtain in this way an average discharge speed of % per minute with 100% luminosity and % per minute with 50% luminosity, the consumption is therefore mA per minute with 100% luminosity and with 50% luminosity. To be able to compare the efficiency of the phone and its influence on the battery, you have to compare the (or 50%) score with that of other smartphones, the figure should be as low as possible.
Charging time - methodology To test the charging time, I always use the same charger with the same cable. I measure the charging time minute by minute to see the evolution of the charge as well as the charging speed. The charging speed of a battery is not linear, it is often faster at the beginning and slower at the end. The charger is compatible with fast charging.
Charging time The battery of the Redmi Note 11 Pro has a capacity of 5000 mAh and has been charged from 1% to 100% in 85.00 minutes. This gives me an average charging speed of % per minute and therefore an increase of mA per minute. To compare the performance of the Redmi Note 11 Pro compared to other phones, you should use the per minute score, this score should be as high as possible.
Important note: the charging speed is not always linear, the graph below gives you an indication of the battery behaviour.
The following table lists the phones tested with the technical battery test, they are ranked in order of efficiency. A higher battery capacity should logically result in a higher battery life but it is not always the case and it does not give any indication of the efficiency of a phone.
Smartphone
Capacity (mAh)
Battery life (minutes)
Efficiency Score
Battery life (minutes) / 50%
Efficiency Score / 50%
Charging time
.Score charging
Honor 9x
4000
770.00
5.19
1333.00
3.00
151.00
26.49
Nokia 5.3
4000
549.00
7.29
1096.00
3.65
199.00
20.10
Samsung Galaxy S20
4000
565.00
7.08
1217.00
3.29
136.00
29.41
Oukitel C21
4000
497.00
8.05
1324.00
3.02
167.00
23.95
Google Pixel 5
4080
773.00
5.28
1559.00
2.62
81.00
50.37
Umidigi A9 Pro
4150
552.00
7.52
1562.00
2.66
112.00
37.05
Xiaomi Mi 10 Lite 5g
4160
749.00
5.55
1541.00
2.70
163.00
25.52
Realme 6
4300
704.00
6.11
1104.00
3.89
162.00
26.54
Google Pixel 6a
4410
534
8.26
1935
2.28
111
39.73
Samsung Galaxy A52
4500
652.00
6.90
1239.00
3.63
165.00
27.27
Redmi Note 11 Pro Plus 5g
4500
525.00
8.57
1211
3.72
24
187.50
Realme Gt
4500
574.00
7.84
1057.00
4.26
87.00
51.72
Tcl 10 Pro
4500
465.00
9.68
889.00
5.06
133.00
33.83
Poco F4
4500
554.00
8.12
1141
3.94
98
45.92
Black Shark 4 Pro
4500
425.00
10.59
937.00
4.80
29.00
155.17
Oneplus Nord 2t
4500
693
6.49
1492
3.02
121
37.19
Poco F3
4520
657.00
6.88
1840.00
2.46
122.00
37.05
Poco F4 Gt
4700
365.00
12.88
1082
4.34
38
123.68
Poco F2 Pro
4700
1150.00
4.09
1536.00
3.06
180.00
26.11
Xiaomi Redmi Note 10s
5000
636.00
7.86
1556.00
3.21
161.00
31.06
Poco M3 Pro
5000
657.00
7.61
1647.00
3.04
131.00
38.17
Poco X4 Pro
5000
643.00
7.78
1361
3.67
74
67.57
Umidigi Bison Pro
5000
610.00
8.20
1632.00
3.06
255.00
19.61
Redmi 10
5000
664.00
7.53
1684.00
2.97
165.00
30.30
Poco M4 Pro
5000
634.00
7.89
1600.00
3.13
123.00
40.65
Xiaomi 11t
5000
476.00
10.50
1204.00
4.15
97.00
51.55
Redmi Note 11
5000
592.00
8.45
1 376.00
3.63
69.00
72.46
Oneplus Nord N100
5000
808.00
6.19
1278.00
3.91
663.00
7.54
Xiaomi Redmi Note 10
5000
691.00
7.24
1728.00
2.89
193.00
25.91
Poco X5 5g
5000
493
10.14
1058
4.73
228
21.93
Motorola G8 Power
5000
912.00
5.48
2792.00
1.79
311.00
16.08
Redmi Note 12 Pro
5000
618
8.09
1294
3.86
120
41.67
Redmi Note 12
5000
637
7.85
1517
3.30
81
61.73
Samsung Galaxy A21s
5000
729.00
6.86
1283.00
3.90
166.00
30.12
Redmi Note 9t
5000
766.00
6.53
2054.00
2.43
148.00
33.78
Redmi 9a
5000
694.00
7.20
1902.00
2.63
195.00
25.64
Redmi 9c
5000
656.00
7.62
1915.00
2.61
170.00
29.41
Redmi 10a
5000
682
7.33
1820
2.75
163
30.67
Umidigi Bison
5000
550.00
9.09
1471.00
3.40
238.00
21.01
Tcl 30 Se
5000
650
7.69
1 225.00
4.08
172
29.07
Poco M4 Pro 4g
5000
723.00
6.92
1 500.00
3.33
77.00
64.94
Xiaomi Redmi Note 10 Pro
5020
625.00
8.03
1557.00
3.22
213.00
23.57
Xiaomi Redmi Note 9s
5020
663.00
7.57
1876.00
2.68
224.00
22.41
Xiaomi Redmi Note 9
5020
650.00
7.72
1808.00
2.78
162.00
30.99
Poco X4 Gt
5080
726.00
7.00
1538
3.30
113
44.96
Umidigi F2
5150
927.00
5.56
1854.00
2.78
299.00
17.22
Poco X3
5160
653.00
7.90
1654.00
3.12
181.00
28.51
Poco X3 Pro
5160
648.00
7.96
1688.00
3.06
138.00
37.39
Doogee S58 Pro
5180
845.00
6.13
1908.00
2.71
177.00
29.27
Xiaomi Mi Note 10 Lite
5260
827.00
6.36
1609.00
3.27
208.00
25.29
Ulefone Armor 7e
5500
768.00
7.16
1140.00
4.82
179.00
30.73
Poco M3
6000
842.00
7.13
1898.00
3.16
217.00
27.65
Doogee S96 Pro
6350
929.00
6.84
1405.00
4.52
424.00
14.98
F150 R2022
8300
879.00
9.44
1498.00
5.54
243.00
34.16
Oukitel Wp18
12500
2 733.00
4.57
2859
4.37
362
34.53
helpHow to read these figures? The battery capacity is an important element in determining the autonomy of a phone but it is not the only factor. A phone with a large battery may have a shorter battery life if it consumes more power. If I had to take an example from everyday life, I would use the universe of the car. If a car has a large fuel tank, it should be able to drive a longer distance unless its average fuel consumption is higher. The battery efficiency score works the same way, it should be as low as possible and represents the energy consumption of the phone. These differences in efficiency are often related to the brightness of the screen, large bright screens will tend to consume more energy and even if they have a large battery, their range will be shorter.
In summary Not yet available / tested[b][b]
Photo camera test
To test the quality of photos produced by a phone, I do a technical test (resolution, sharpness, chromatic aberration,...) in studio (identical conditions) to evaluate the technical part objectively. From the second half of 2020, I built my own laboratory to take completely objective technical measurements. I then take pictures in real conditions to see how the camera performs. I then evaluate these photos according to my criteria but I publish the photos so that you can evaluate the result according to your criteria.[b]
The Redmi Note 11 Pro is equipped with several cameras on the back: [b] - Samsung S5KHM2 with 108 megapixels (also available on the Poco M4 Pro 5G, Redmi Note 11s, Motorola Edge 20 lite,.. .). I have already tested this sensor several times and its main weakness came from the colorimetry, so I will see if Xiaomi has corrected this problem on this version. [b] - Omnivision OV8856 with 8 million pixels for ultra wide angle photos. [b] - GalaxyCore GC02m for macros [b][b] At the front, I find a Hynic Hi1634 16 million pixel selfie sensor. [b][b]
Photo quality
Photo quality (indoor/studio)[b]The studio test is carried out under the same conditions so that the results can be compared on an equal basis. I calibrate my lighting for each test to obtain the same brightness and colour temperature. This test is a preliminary analysis of the technical qualities of a camera. Most phones fail this test, so you should also read the results of the other tests in the following paragraphs.[b][b] Main sensor Samsung S5KHM2 / 108 Million pixels
To start this studio test series I used a photo taken in manual mode where I deliberately forced the exposure to show what this camera was capable of. I probably pushed the brightness up a notch too far, but it will show the difference even better with the automatic mode below.
Almost all phones produce underexposed photos in the studio, yet they are quite capable of producing better exposed photos like what I show with the first example. The result in automatic mode is not that bad, I would even say that it is above average, the photo could have been a little brighter but that's not bad. The sharpness seems good and the colors seem to deviate a little towards blue and this is a surprise to me because I have already tested this sensor and had obtained the opposite result that the colors were too warm. The technical test that will follow will allow me to see if it's just an impression or if the treatment has really been changed. I took photos in auto mode, HDR, AI+HDR, AI only, night mode and 108 million pixels, these photos are all in the gallery below. [b][b]
The test with banknotes shows that this sensor is able to restore very fine details (especially in the center), the text of the Canadian banknote remains perfectly legible but I however notices problems of uniformity of the sharpness, I cannot exclude a problem of placement because it is sometimes played at a few millimeters, I will see if it reproduces on the other photos. [b][b] This sensor is capable of producing photos in 108 million pixels, but what use can it be on a phone? The answer is quite simple. Phones don't have optical zooms like on real cameras. Xiaomi has therefore circumvented the problem by producing very large photos in which you can zoom. Here are some examples at different zoom levels: [b] 12%
50%
100%
200%
Image quality at 100 % remains completely correct despite the fact that the size of the rubix cube on the photo greatly exceeds the size of the rubix cube in reality. The 108 million pixels therefore allow you to dive very far into the photo while maintaining a good level of detail. [b][b] Omnivision OV8856 / 8 million pixels
Sensors of this type all produce less well-exposed photos and all have more distortions or less important. Some do better than others, but that's not the case for this Omnivision sensor. The photo is strongly underexposed and the distortions are very important. The sharpness is not very good and the photo is very noisy despite the overabundance of light. [b][b]
This photo contradicts a little what I wrote in the previous paragraph because I have no underexposure as in the previous photo while the conditions are exactly the same. The sharpness here is also much better too and overall the photo is rather successful. I checked and rechecked the metadata to be sure and it was the same camera that took these two photos. I will have to take other photos to better judge this photo sensor.
11add_a_photo
[b][b]Photo: technical test[b]I was inspired by industrial technical tests to create my own technical test to evaluate the technical quality of a camera. This test is an objective assessment of a camera's ability to render a scene correctly. [b][b]I test the following elements:[b]- centre sharpness, peripheral sharpness[b]- colour fidelity based on 24 reference colours[b]- level of chromatic aberration[b]- dynamic range (ability to capture dark and light areas without loss)[b]- distortion[b][b]The technical evaluation may differ from the subjective evaluation as the feeling of a photo will be influenced by the processing provided by each manufacturer.[b][b] Main sensor Samsung S5KHM2 / 108 Million pixels
To start this studio test series I used a photo taken in manual mode where I deliberately forced the exposure to show what this camera was capable of. I probably pushed the brightness up a notch too far, but it will show the difference even better with the automatic mode below.
Almost all phones produce underexposed photos in the studio, yet they are quite capable of producing better exposed photos like what I show with the first example. The result in automatic mode is not that bad, I would even say that it is above average, the photo could have been a little brighter but that's not bad. The sharpness seems good and the colors seem to deviate a little towards blue and this is a surprise to me because I have already tested this sensor and had obtained the opposite result that the colors were too warm. The technical test that will follow will allow me to see if it's just an impression or if the treatment has really been changed. I took photos in auto mode, HDR, AI+HDR, AI only, night mode and 108 million pixels, these photos are all in the gallery below. [b][b]
The test with banknotes shows that this sensor is able to restore very fine details (especially in the center), the text of the Canadian banknote remains perfectly legible but I however notices problems of uniformity of the sharpness, I cannot exclude a problem of placement because it is sometimes played at a few millimeters, I will see if it reproduces on the other photos. [b][b] This sensor is capable of producing photos in 108 million pixels, but what use can it be on a phone? The answer is quite simple. Phones don't have optical zooms like on real cameras. Xiaomi has therefore circumvented the problem by producing very large photos in which you can zoom. Here are some examples at different zoom levels: [b] 12%
50%
100%
200%
Image quality at 100 % remains completely correct despite the fact that the size of the rubix cube on the photo greatly exceeds the size of the rubix cube in reality. The 108 million pixels therefore allow you to dive very far into the photo while maintaining a good level of detail. [b][b] Omnivision OV8856 / 8 million pixels
Sensors of this type all produce less well-exposed photos and all have more distortions or less important. Some do better than others, but that's not the case for this Omnivision sensor. The photo is strongly underexposed and the distortions are very important. The sharpness is not very good and the photo is very noisy despite the overabundance of light. [b][b]
This photo contradicts a little what I wrote in the previous paragraph because I have no underexposure as in the previous photo while the conditions are exactly the same. The sharpness here is also much better too and overall the photo is rather successful. I checked and rechecked the metadata to be sure and it was the same camera that took these two photos. I will have to take other photos to better judge this photo sensor.
11add_a_photo
[b][b]Outdoor photo quality[b]I haven't been lucky enough to have good weather the last few days and storm Eunice clearly didn't help me. I quickly went to shoot between storms so I could post some pics before the launch of this phone. The conditions weren't ideal for taking good pictures but it shows how the camera behaves in bad conditions. I took many photos in the usual places and sometimes alternating between normal mode, HDR/AI and night mode. Night mode photos are the darkest, so I don't recommend using night mode in broad daylight. Usually it helps unclog photos but not with this phone. AI mode adds a layer of blue on the image, sometimes it works well, sometimes not so I prefer to abstain. [b][b] Samsung S5KHM2 / 108 million pixels [b]
This photo was taken without using HDR or AI, the cloud cover was significant and the gap between light and dark areas is quite large as well. Overall the photo a bit underexposed but I find it well balanced, there is very little overexposure in the sky and below the horizon line I don't have a lot of areas completely black. The dynamic range is therefore quite good. The colors are quite cold but correspond quite well to the atmosphere, I would like to be able to take pictures with a little more sun to see if the color temperature problem of this sensor has been solved but that will be for later. The sharpness is good but a little forced. [b][b] If I use 108 megapixel mode and zoom to 40%, I get this:
108 megapixel mode can play its part in the zoom up to a certain point, it can keep details a little longer than the normal mode but it cannot compete with a real optical zoom, the loss of details is too important. Here we can see the shape of seagulls in the water, but with a real optical zoom, this level of detail would be much better. This zoom will therefore allow you to simulate an optical zoom to get details impossible to see with a phone without this option but it will not replace the zoom of your camera.
25add_a_photo
[b] Omnivision OV8856 8 million pixels [b]
Before testing this ultra wide angle sensor, I was not sure to have tested it in another phone but when I saw the first photos, I quickly realized that I had never tested this sensor before. Ultra wide angle sensors are often weaker in terms of sharpness and exposure time. This Omnivision sensor managed to produce correctly exposed photos despite the poor light and the sharpness is much more pronounced than on most sensors of this type that I have tested. The sharpness is also much too forced to the point that a white net appears on the contours of objects. This may give the false impression that the sharpness is good but it is an artificial treatment. The dynamic range is good and the colors reproduce the atmosphere quite well. These photos cannot compete with the quality of the main sensor, but for a sensor of this type, this Omnivision OV8856 does very well.
14add_a_photo
[b][b]Test photo / night[b]Not yet available / tested[b][b][b]
Video quality
Stabilisation[b] The Redmi Note 11 Pro is able to stabilize the image and it does it pretty well because the shaking of the footsteps is softened properly, I just see a quick recalculation of the sharpness but that's quite acceptable for a phone in this price range.[b]Video normale conditionsThe Redmi Note 11 Pro is limited to 1080p and 30 frames per second for videos but the result is quite good. Focusing is pretty fast, I don't see exposure jumps, dynamic range is good, and sharpness is good enough for 1080p.[b]Video low light[b]Not yet available / tested[b][b]
External audio quality
[b]This test is intended to give you an overview of the volume and sound quality during calls and when listening to music through the external speakers. [b][b] [b] Audio / music quality The Redmi Note 11 Pro has two external speakers arranged asymmetrically at the top and bottom of the phone, so they do not deliver sound from the same place on the phone. The sound produced by these speakers is of good quality for this kind of phone. The bass and treble sounds are fairly well represented. The sound is not excessively powerful but it is rather average. [b][b] Audio/call quality [b] In-call volume is pretty average, I measured about 50db, that's quite a volume Medium. With the loudspeaker the volume increases to go towards 70 dB, it is much better here. I find that the sound produced by the monitor speaker is a little muffled, a bit like the high-pitched sounds have been smoothed out, it does not affect the understanding of the voice but the frequency range seems narrower.[b]
Audio quality (headphones)
To test the quality of the phone's audio output, I connect the device's audio output to a measuring tool, then play sounds on all frequencies and measure the differences between the original sound and the sound produced by the phone. In this way I measure the phone's ability to correctly reproduce all sounds.[b]
The Redmi Note 11 Pro is able to reproduce most frequencies correctly, it just has a small weakness in very high-pitched sounds where it deviates faster from the norm than the Redmi Note 11 but the deviation is quite light. The volume is a little below average but it produces sound without distortion.[b]
Screen quality
To test the screen, I use a colorimetric probe that measures the color accuracy of a screen, as well as other parameters to see if a screen is able to correctly reproduce an image. I also test the brightness level to determine if the screen will be able to display an image in full sunlight.[b]
Screen size : 6.67 Resolution : 1080 x 2400 Ratio : 20:9 Type : Amoled % occupancy : 87 dE white : 5.4 dE red : 2.1 dE green : 1.3 dE blue : 2.0 dE jaune : 1.7 dE cyan : 2.1 dE magenta : 2.0 White temperature : 6508 Contrast : 1000000:1 Brightness : 662
Colorimetry[b]
The default screen settings are not the best, this is often the case with Xiaomi who prefers to bet on a stronger screen saturation to give a stronger effect to the colors. If you want to get better colorimetry, you have to put the color scheme in standard mode and you will get the score I got. Below a dE of 3 the human eye does not perceive color differences, so this score is good but there is a very small weakness on the white which turns very slightly towards blue/green. [b][b] On the other hand, the contrast is excellent, this is an amoled screen with deep blacks and a fairly wide viewing angle.[b][b]Top 10 - ranking of the best screens by colorimetry 1. Poco X4 Gt dE = 0.6 2. Xiaomi Mi 10 Lite 5g dE = 0.73 3. Xiaomi Mi 10t Pro dE = 0.83 4. Redmi Note 11 dE = 0.91 5. Redmi Note 12 Pro dE = 0.97 6. Google Pixel 6a dE = 1.01 7. Google Pixel 5 dE = 1.11 8. Realme Gt dE = 1.17 9. Redmi Note 12 dE = 1.17 10. Xiaomi Mi 11 Lite dE = 1.19
Number of smartphones in the ranking:75 Position of this smartphone in the ranking:41/75
Note: the colorimetric difference is measured in dE. After three, the human eye will perceive a colorimetric difference, so the dE should be the lowest. The tests were all carried out with a colorimetric probe. [b]Brightness / Contrast[b]The screen's base brightness is just over 420 cd/m², which allows the screen to be read in almost any environment except direct sunlight. To increase the brightness, you have to activate the sun mode in the screen settings and with this mode I obtained a brightness of 662 cd/m². With such a level of brightness, you will no longer have a problem reading the screen under the sun. This surplus of brightness only engages in the presence of strong light, your battery life will therefore not be affected (unless you remain exposed to very strong light).[b]
Biometry
Not yet available / tested[b][b]
Operating system
[b]Not yet available / tested[b][b]
Encoutered bugs
Not yet available / tested[b][b]
Accessories Redmi Note 11 Pro
To better enjoy your experience with your smartphone, I offer links to all kinds of accessories that you might find useful
I assigned a score of 1 to 10 for each test that determines the strengths and weaknesses of a product. I am using 0 for criteria that have not (yet) been tested. A score of 1 to 3 indicates poor performance (and yes, it does), a score of 4 to 6 indicates average performance, a score of 7 to 8 indicates good performance, and a score of 9 and 10 indicates exceptional performance. . The score is calculated based on my measurements and when there are no measurements, it is a subjective opinion based on my experience.
The scores are not static, they change over time because the performance of new products changes and this must be taken into account.
Redmi Note 11 Pro
Finish quality
7.50
6.00
Battery performance
7.50
8.00
CPU performance
7.00
6.5
GPU performance
7.00
6.5
Screen quality
7.50
7.00
Photo quality
7.50
5.00
Video quality
7.50
5.00
Wi-Fi performance
7.50
7.00
Mobile download speed
7.00
5.00
Mobile network sensitivity
8.00
6.00
Frequency coverage
7.00
7.00
Audio quality
7.00
6.00
GPS performance
7.00
6.00
Operating system
8.00
8.00
Overall score
103
89
Global ranking 1. Black Shark 4 Pro 114 / 140 2. Realme Gt 112.5 / 140 3. Poco F2 Pro 111.5 / 140 4. Oneplus Nord 2t 111.5 / 140 5. Poco F5 111 / 140 6. Samsung Galaxy S20 111 / 140 7. Poco F4 Gt 110.5 / 140 8. Google Pixel 5 109.6 / 140 9. Poco F3 108.5 / 140 10. Poco X4 Gt 108 / 140 11. Google Pixel 6a 108 / 140 12. Poco X3 Pro 107.5 / 140 13. Samsung Galaxy S10+ 107 / 140 14. Xiaomi 11t 107 / 140 15. Redmi Note 11 Pro Plus 5g 106.5 / 140 16. Redmi Note 12 Pro 106 / 140 17. Xiaomi Mi 9t Pro 106 / 140 18. Xiaomi Redmi Note 10 Pro 105.5 / 140 19. Samsung Galaxy A52 104 / 140 20. Tcl 10 Pro 104 / 140 21. Xiaomi Mi 11 Lite 104 / 140 22. Redmi Note 11 Pro 103 / 140 23. Poco X4 Pro 102.5 / 140 24. Poco M4 Pro 4g 102 / 140 25. Xiaomi Redmi Note 10s 102 / 140 26. Poco M4 Pro 101.5 / 140 27. Unihertz Luna 101.5 / 140 28. Redmi Note 11 101 / 140 29. Xiaomi Mi 10 Lite 5g 101 / 140 30. Poco X3 101 / 140 31. Xiaomi Redmi Note 10 101 / 140 32. Xiaomi Mi Note 10 Lite 101 / 140 33. Redmi Note 9t 100.5 / 140 34. Xiaomi Redmi Note 8 Pro 100 / 140 35. Unihertz Tank 99 / 140 36. Poco X5 5g 98.5 / 140 37. Poco M5 98.5 / 140 38. Xiaomi Mi 9 Lite 98 / 140 39. Doogee S96 Pro 98 / 140 40. Xiaomi Redmi Note 9s 98 / 140 41. Poco F4 98 / 130 42. Poco M3 Pro 98 / 140 43. Redmi 10 97.5 / 140 44. Xiaomi Redmi Note 8 97 / 140 45. Redmi Note 12 95.5 / 140 46. Umidigi Bison Pro 95 / 140 47. F150 R2022 95 / 140 48. Poco M3 94.5 / 140 49. Xiaomi Redmi Note 7 94 / 140 50. Realme 6 93 / 140 51. Umidigi A9 Pro 92 / 140 52. Umidigi Bison 92 / 140 53. Tcl 30 Se 92 / 140 54. Oukitel C21 89.5 / 140 55. Motorola G8 Power 89 / 140 56. Xiaomi Redmi Note 9 89 / 140 57. Nokia 5.3 89 / 140 58. Xiaomi Mi A3 89 / 140 59. Oneplus Nord N100 88.5 / 140 60. Honor 9x 88 / 140 61. Redmi 10a 88 / 140 62. Xiaomi Mi 8 Lite 86 / 140 63. Meizu Note 9 86 / 140 64. Xiaomi Redmi Note 5 85 / 140 65. Umidigi S3 Pro 83 / 140 66. Umidigi F2 82 / 140 67. Samsung Galaxy A21s 82 / 140 68. Redmi 9a 81 / 140 69. Oukitel Wp18 81 / 140 70. Redmi 9c 80 / 140 71. Ulefone Armor 7e 80 / 140 72. Doogee S58 Pro 78.5 / 140 73. Honor 8x 78 / 140 74. Umidigi F1 77 / 140 75. Huawei Y6 2019 74 / 140 76. Xiaomi Mi 10t Pro 57 / 70 77. Samsung Galaxy S23 8 / 10 78. Elephone U5 0 / 0
Test / Review conclusion
[b]I have tested many phones from the Redmi Pro range and in less than 3 years these phones have established themselves as a reference in this price range using the photo as a selling point. This new Redmi Note 11 Pro uses the same photo sensor as the previous generation and the 4G version offers more or less the same performance. It is therefore not on these criteria that this new generation will stand out unless you take the 5G version which offers better performance. The level of finish has gone up a notch, this new design inspired by Apple is rather successful and will give a more serious and more accomplished side to the Redmi, but the interest of this phone does not stop there. I have noticed a few other improvements that are going to help this phone grab a few points from the competition and speaking of competition, I think the biggest competitor for this phone is the Redmi Note 10 Pro. [b][b] The Redmi Note 11 Pro uses the 108 Mpixel photo sensor of the previous version but I think that the photo processing has been improved because I do not find the too warm colorimetry of the version former. I didn't have good weather to finalize this article but the Samsung sensor did a good job in difficult conditions. For the video, it's a bit the same observation, I just regret the absence of 4k but the quality in 1080p is good. Video stabilization has also been improved. [b][b] The amoled screen was already excellent on the previous version, this is again the case for this version. In this price range, there are still many IPS screens that cannot compete with this type of screen. The addition of 120hz drives the point home even more because finding a good amoled screen with 120hz for less than 300€ is still not very common. [b][b] The sensitivity to the 4G signal of the 4G version is excellent, it is the same for the wifi part but I was a little disappointed with the GPS signal which could have been a little better. [b][b] This phone is not a thunderbolt in terms of performance but it offers good fluidity on a daily basis, there are only for big games where you will have to reduce the level Retail. [b][b] This new Redmi does not bring a revolution, it should rather be seen as an optimization of the range which will allow it to maintain its reference position in its segment by taking up the good things of the previous version and bringing some new features and improvements. You will undoubtedly find equivalent models at Samsung but these will be much more expensive.[b]Strengths[b]- photo quality [b] - screen quality [b] - 4G and wifi network sensitivity [b] - battery life [b] - trim level [b][b][b]Weaknesses[b]- imposing photo block on the back of the phone [b] - average GPS signal [b] - average volume in calls [b] - no 4k for video [b][b][b]Alternatives to this product[b][b]Not yet available / tested[b][b]
Laurent Willen Instead of watching nonsense on TV or YouTube, I spend my time in the evenings testing products and sharing my passion for technology, travel and photography.
I run this site in my own name and completely independently, no one pays me to do so.
I have more than 20 years of experience in the digital world, I have managed and developed many high traffic websites in companies in Belgium such as Mobistar, Microsoft, Immoweb, BrusselsAirlines, Proximus, Orange,...
This blog is not my main activity, I receive more than 2000 emails per year that I have to answer in my free time. To be able to continue to help you, you can support me by purchasing your products through my links. It costs you absolutely nothing and it keeps me going.
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test
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Laurent Willen
