It sounds strange, but I liked MS-DOS. However, when I was just starting to learn how to use computers, Windows already existed, but it hadn’t been brought to Russia yet. I encountered Windows 3.11 at a very mature age, and Norton Commander was our primary file management tool at first. Meanwhile, my professors at college kept saying, “Norton is software for idiots; there’s the command line,” and they forced students to memorize the bizarre syntax of DOS commands.

The paradox is that, despite the love of some individuals for “pure” DOS, using the system soberly wasn’t particularly comfortable: the operating system was sorely lacking convenient tools for working with files and multitasking. And initially, MS-DOS developed in roughly the same direction that Linux would later follow: the flies, i.e., the console, were separate from the cutlets, i.e., the graphical interface overlay on the command line. Even the first versions of “windows” before the advent of Windows 95 were often called “a window file manager for DOS,” since they relied on DOS itself as their foundation.

Moreover, Windows alone didn’t exhaust the arsenal of graphical options available to users: in addition to Windows, in the early 1990s, there were several window interfaces for the IBM PC, each with varying degrees of usability . Some of them were created as alternatives to Windows—cheaper, faster, sometimes simply because “we can also slap together windows with interesting wallpaper.” Others were born from more practical motives: to create a simple shell for working on corporate PCs with a semblance of multitasking, or simply to give the system a look that wouldn’t intimidate people seeing a keyboard for the first time. As a result, an entire ecosystem of graphical environments emerged around MS-DOS, which are remembered far less often today than Windows 3.x, although many of them were no less interesting technically and conceptually.

The idea to install and test the most advanced graphical environments of the MS-DOS era occurred to me spontaneously. In yet another attempt to build a retro gaming console, I bought an ancient Hewlett-Packard nettop with a VIA Eden processor at a well-known online flea market. This chip, as we know, is a classic x86 and architecturally very close to the Pentium MMX, which theoretically makes this platform a good choice for installing Windows 9x and software designed for it. My nettop had 512 MB of memory, and in place of a hard drive, it had a gig CF card with a CF-to-IDE adapter.

Apparently, because of this outlandish drive, neither Windows 95, nor Windows 98, nor even Millennium Edition would run on this machine. Only Win2K installed and ran without a hitch, but if I wanted to dive into the world of NT, I had Windows 11, and this computer was supposed to run something more old-school. Surprisingly, the unpretentious MS-DOS 6.22 booted on the first try, and I thought: let this machine run DOS with old-school graphical interfaces. Well, no sooner said than done!

Packard Bell Desktop

In the early 1990s, IBM-compatible computers were being manufactured by anyone and everyone, putting brand-name hardware manufacturers at a disadvantage. Numerous companies were churning out similar computers with the same operating system and roughly identical specifications, often costing less than brand-name personal computers. Companies were forced to seek competitive advantages, such as experimenting with their own graphical user interfaces, to differentiate themselves from competitors while simultaneously lowering the barrier to entry for home users.

One such experiment was the Packard Bell Desktop, which appeared in 1991. It was a graphical environment for MS-DOS, primarily aimed at owners of Packard Bell PCs and included with new machines. Essentially, it served as a visual “startup window”: after booting, the user saw a screen containing a set of buttons, each of which launched a specific program.

We controlled the interface using a mouse. Most of these programs aren’t installed on my nettop, so if I try to launch any, Packard Bell Desktop displays an error message.

The shell has a fairly simple settings system, activated by clicking the Options button at the top of the window.

Here, for example, you can change the appearance of the cursor.

Changing the button layout is also very simple: select Move in the Options menu, click the icon you want to move, and then click again where you want it to appear on the screen. You can change the button names, the path to the executable files, and, if necessary, create your own button. Select Add in the settings menu, then choose an image from the standard Packard Bell Desktop library.

All that remains is to enter a name for the new button and select an executable file for it from the list of already installed programs or specify the path to it manually.

Essentially, the Packard Bell Desktop is a desktop with a set of customizable shortcuts for launching MS-DOS applications. It doesn’t add multitasking capabilities or any additional features, but the extreme simplicity and usability of this interface, designed for the untrained and inexperienced user, cannot be overlooked. It’s important to understand the context: Packard Bell was targeting the mass home market at the time, where buyers were often getting a computer for the first time. As a result, the software included with the PC had to address not only a technical but also a marketing challenge—creating the feeling of a “ready-to-use device.” And the Packard Bell Desktop, with its factory-installed software, accomplished this task admirably.

In 1991, MS-DOS was the most widely used operating system: by the beginning of the decade, it held a dominant market share, accounting for approximately 70% of OS shipments for new PCs, and by 1993, for x86 computers, it accounted for approximately 79%. However, its complexity was considered the main obstacle to widespread adoption of personal computers. While Packard Bell Desktop isn’t as flexible as Norton Commander, while Norton emphasized efficient file management and was a tool for those already familiar with PCs, Packard Bell Desktop was more reminiscent of a home appliance remote control. This interface wasn’t intended to be a universal file system administration tool; rather, it concealed the file system behind a set of buttons that allowed the user to launch programs, open help, or switch to “pure DOS.”

GeoWorks Ensemble

The history of GeoWorks Ensemble began around the same time as the Packard Bell Desktop, a period when the industry was still trying to figure out what a graphical interface for mass users should look like. The technology was developed by Berkeley Softworks (later renamed GeoWorks), founded by engineer Brian Doherty. The new project was based on the 8-bit GEOS for the Commodore 64/Apple II, ported to the IBM PC platform and adapted to run on MS-DOS.

GeoWorks Ensemble was positioned from the start as a ready-to-use, out-of-the-box workspace. It included the GeoWrite word processor, the GeoDraw graphics editor, the GeoManager file manager, and a set of auxiliary utilities like a calendar and address book. This approach was a significant departure from earlier versions of Windows, where users had to separately find and purchase all the necessary applications. And unlike Packard Bell Desktop, it wasn’t just a “start screen with buttons,” but a fully-fledged workspace with a basic set of software.

GeoWorks was supplied on five 3.5-inch or 5.25-inch installation diskettes. To install the graphical environment on a computer, the user had to boot into DOS, insert the diskette, and run the installer.

GeoWorks Ensemble’s appearance is very reminiscent of Windows 3.0: roughly the same windows, icons, VGA palette, and resolution settings. But it’s much more like a full-fledged operating system with a windowed graphical interface.

Source

This photo provided by Volkswagen shows the 2023 Volkswagen ID.4, a small electric SUV with an EPA-estimated range of 209 miles in the base model.

Several automakers are recalling certain models because they may pose potential safety risks.

Brands like Hyundai, Kia and Toyota are all recalling models that may be dangerous, according to the National Highway Traffic Safety Administration (NHTSA).

Here’s what you need to know to keep your family safe:

Volkswagen

Approximately 43,881 of the company’s 2023 to 2025 ID.4 vehicles are being recalled due to a risk of battery overheating.

While no injuries have been reported, Volkswagen is aware of three battery failures.

Dealers will update and replace the battery as necessary, the NHTSA said. Notification letters are expected to be sent on March 20.

Volkswagen’s number for this recall is 93EA. The Vehicle Identification Numbers (VINs) involved in this recall became searchable in the NHTSA database on Jan. 23.

Owners with questions can call Volkswagen’s customer service at 1-800-893-5298.

You can find the recall information here.

Hyundai

About 568,576 of the company’s Palisade vehicles from 2020 to 2025 are being recalled because the side curtain airbags in the third row may not deploy properly in a crash.

As of this writing, no incidents have been reported in connection with his recall.

The remedy is still under development, though VINs are now searchable on the NHTSA website.

Notification letters are expected to be mailed on March 23. Hyundai’s number for this recall is 292, the NHTSA said.

You can find the recall information here.

About 41,651 Hyundai vehicles are being recalled because the instrument display panel may not show critical information, such as the speedometer, increasing the risk of a crash.

As of this writing, no injuries or incidents tied to this recall have been reported.

Affected models include:

2025-2026:

• Tucson Hybrid
• Tucson Plug-In Hybrid Electric (PHEV)

2026:

• IONIQ 5
• Santa Cruz
• Kona
• Palisade
• Palisade Hybrid
• Santae Fe
• Santa Fe Hybrid
• Sonata
• Sonata Hybrid
• Tucson

The instrument panel will be updated over the air (OTA) or by a dealer at no cost.

Notification letters are expected to be mailed on March 27.

The NHTSA said VINs involved in this recall are now searchable on its database. The company’s recall number is 293.

You can find the recall information here.

Owners with questions can call Hyundai’s customer service at 855-371-9460.

Toyota

Toyota is recalling approximately 161,268 of its 2025 to 2026 Toyota Tundra and Tundra Hybrid vehicles with a Panoramic View Monitor System (PVM).

The NHTSA said these are being pulled because the rear-view camera may not display properly.

As of this writing, the company is aware of some customer complaints, with no known injuries reported.

Dealers will update the parking assist ECU software at no charge.

Notification letters are expected to be mailed on March 10. Toyota’s recall numbers are 26TB02 and 26TA02.

Owners with questions can call the company’s customer service at 1-800-331-4331.

You can find the recall information here.

Kia

Around 42,677 of Kia’s vehicles are being pulled because the instrument panel may not display critical information.

As of this writing, no incidents have been reported.

Affected models include:

2025:

• Kia K4

2025-2026:

• Sorento
• Sorento Hybrid
• Sorento Plug-In Hybrid Electric (PHEV)

2026:

• Sportage
• Sportage Hybrid
• Sportage PHEV
• K5
• EV9
• Carnival
• Carnival Hybrid

The display software will be updated OTA or by a dealer for free. VINs involved in this recall will become searchable on the database starting Feb. 9.

Kia’s number for this recall is SC361. Owners with questions can contact the customer service line at 1-800-333-4542.

You can find the recall information here.

Source

Source

When the light at the intersection turns green, you pull up, but your car stalls out. More than just an inconvenience, having your engine stall might leave you trapped in a risky, busy area with no way to drive your car to safety.

It is especially hazardous because when your engine stalls, you can lose power assistance for your brakes and steering, drastically restricting your ability to control your car.

Well, in this reading, we’ll go over the most common reason why a car stalls at idle. Even so, the answers to the following questions will be discussed:

• Is it ok to drive a car that stalls at idle?
• How do you diagnose the problem?
• What is the best course of action?
• How much will it cost to fix it?

Therefore, don’t worry; whatever the problem of your car stalling at idle may be, we’ll find it and fix it. So, let’s get started!

What Causes a Car to Stall at Idle?

Engine stalling causes could be hiding in your car’s fuel, electrical, vacuum, air intake, or vacuum system. Several of the most common causes include:

• Spark plugs that are worn or defective: An ignition misfire might cause your engine to stall at idle.
• Vacuum system leak: A vacuum system leak in your engine, such as an intake manifold gasket leak, throttle body leakage, PCV leakage, or EGR valve leakage, can negatively impact the air/fuel combination.
• Failing idle speed control: If your engine’s idle speed control system is broken, it may not be able to get the air it needs to idle properly.
• Intake/fuel system leak: A leak or obstruction in the engine’s air intake or fuel system that impairs the flow of fuel or air into the engine.
• Reduced compression: Poor engine compression due to worn piston rings, cylinders, and leaky valves.
• Impaired airflow sensor: A faulty or unclean airflow sensor can potentially cause problems with the fuel/air mixture.
• Dirty diesel engine filter: A dirty diesel engine filter could cause your diesel-powered car to stall. A clogged engine filter can be detected by a decrease in fuel efficiency.
• Plugged catalytic converter: A plugged catalytic converter may also result in stalling or a loss of power when accelerating.
• Failing temperature sensors: Inaccurate data from faulty coolant and/or air temperature sensors are sent to your engine computer, which results in an inaccurate air/fuel ratio.

Problems with engine stalling aren’t difficult to find; in fact, they generally find you. They may or may not offer you any notice, and the warning signs can occasionally be so faint that you may miss them due to the pressure of daily driving.

Hard starts when your engine is hot or cold, a notable loss in fuel efficiency, and a lack of power when you try to accelerate are a few symptoms that could be an indication of engine stalling.

It could be a good idea to have your car checked out by a repair if you detect any of these problems so that your engine doesn’t stall out and leave you stranded.

Learn more about Check an Alternator With Multimeter – Step-by-Step Guide with this detailed guide.

Is it ok to Drive a Car That Stalls at Idle?

The first thing to do if your automobile stalled while you were driving would be to maintain your composure. Even though it can seem normal to worry in such a circumstance, maintaining your cool is essential for putting this kind of misadventure to a safe conclusion.

A vehicle loses all power in its steering and braking when it stalls, thus these tasks must be carried out manually. Start slowly but steadily applying the brakes to your car. Over-braking will cause a skid, which will make things more difficult.

Additionally, you ought to search for a secure spot to stop, which is typically on the road’s shoulder. Use your vehicle’s turn signal as you cautiously go over onto the road’s shoulder after making sure it is safe to do so. When you get to the shoulder, keep braking until your car stops entirely.

Put your car in park (automatic) or neutral (manual) and press the emergency brake once it has stopped moving. Call a wrecker to have your vehicle taken to a service facility if the cause of your vehicle’s stalling issue cannot be quickly determined and fixed on the roadside.

Learn more about  Intake Air Temp Sensor with this detailed guide.

How Do You Diagnose The Problem?

These straightforward steps can be followed if you want to diagnose the issue on your own.

• Lookup diagnostic error codes. To check for any errors, use your OBDII code scanner. To erase the trouble codes, investigate the problems, and fix them.
• On the throttle body, apply some starting fluid. If the car functions normally during this time, there may be a problem with the fuel system.
• Fuel pressure should be checked. Add a fuel pressure gauge to the fuel delivery system’s pressure side. A gas engine should have pressures between 40 and 50 PSI, although a diesel engine frequently has higher pressures. The service handbook for your car has the necessary reading.
• Look for a spark. Put a good ground and the plug boot between an inline spark tester. Start the car. If the tester starts to glow, the engine is getting a spark. Otherwise, you should check the spark plugs.
• Ensure the throttle body is clean, and if your OBD2 scanner has this feature, calibrate it. The throttle body may need to be calibrated, so you should visit your dealer.

You might need to have a professional take a second look if following these steps doesn’t help you figure out what’s wrong.

Learn more about Bad or Failing EGR Temperature Sensor with this detailed guide.

What is The Best Course of Action?

The best course of action with a problem that has so many potential causes is to take your car to a dependable mechanic who has the knowledge and tools required to correctly assess the problem.

Make sure to note the symptoms your engine is exhibiting as well as the situations in which they arise. Your mechanic will be able to identify and fix the issue with the use of this information.

Learn more about Seized Engine with this detailed guide.

How Much Will it Cost to Fix The Issue?

Depending on what needs to be fixed, an engine that stalls will cost more or less money. For components and labour, installing a new oxygen sensor could cost between $150 and $500. Costs associated with replacing the mass airflow sensor range from $200 to $350 overall.

The cost to replace the EGR valve ranges from $250 to $400. While cleaning the EGR valve might be possible for $150 to $200, it might not be enough to resolve the problem, necessitating a replacement.

Depending on the type you select, the price to replace the spark plugs will vary. A thorough tune-up might cost you $50 to $250. If you spend money on iridium or platinum spark plugs, you can go up to 100,000 miles between tune-ups.

You might be able to fix the problem by cleaning the throttle body. Throttle body cleaner is the only tool needed for this repair. You might require a new throttle body, which might cost between $200 and $650 if there is a circuitry problem.

You may spend $100 to $500 to replace the air control valve. You might need to replace a fuel pump, which can cost between $200 and $1,000 if your fuel system has problems. However, a fuel filter only costs between $50 and $200.

Of course, the transmission might have some of the most expensive problems. The torque converter might cost between $600 and $1,000 to replace.

If only the solenoid needs to be replaced, you might pay between $15 and $100. Furthermore, there is no need to pay for any labour because you can easily complete this task on your own.

Learn more about Boost Leak with this detailed guide.

Conclusion

Car stalling at idle is very annoying, but it a sign of an underlying problem that need care and attention rather than a major breakdown. issues such as dirty components, fuel or air supply issues, or faulty sensors are common causes and can usually be fixed with timely maintenance. Showing  attention to early warning signs can help prevent the problem from getting worse.

Learn more about  Intake Manifold with this detailed guide.

FAQs

What causes a car to stall while idling?

The engine speed sensor, the throttle position sensor (TPS), the engine coolant sensor (ECT), and the crankshaft position sensor (CKP) can occasionally bring on an idle stall. Similar consequences result from problems with comparable actuators.

Why does my car shut off while idling but restart?

Fuses: If the automobile dies while idling but then restarts, there may be a problem with the fuses in the vehicle. One of the fuses may have blown, it’s possible. Pulling a fuse out of the box, you should hold it up to the light.

Why is my car cutting off when I stop?

When you slow down your car, your engine frequently shuts off as a result of defective transmission. Fuel pump failure, filthy or damaged fuel injectors, or low fuel pressure. either a bad mass flow sensor or an oxygen sensor.

What sensors can cause stalling?

The mass airflow sensor (MAF), engine coolant temperature sensor (ECT), and manifold absolute pressure sensor (MAP) are some of the most frequent sensors that cause an engine to stall.

Can spark plugs cause stalling?

Spark plugs rarely cause a car to stall on its own because they often don’t burn out all at once. When spark plugs and ignition coils become close to their service life, they typically start to lose power. However, it is occasionally possible for more than two ignition coils to fail.

Source

Aracınızın şanzıman menzil sensörü arızalıysa sorunlar yaşayabilirsiniz. Bu durum şanzımanda veya hatta çalıştırma/durdurma problemlerine yol açabilir. Birkaç basit aletle, oldukça kolay bir işlemle evde kendiniz değiştirebilirsiniz.

Bu işlemi tamamlamak bir saatten fazla sürmez ve önceden herhangi bir araç bilgisine veya uzmanlığına ihtiyacınız yoktur. Öyleyse, şanzıman menzil sensörünü nasıl değiştireceğimizi öğrenelim.

Hadi başlayalım!

Bu detaylı kılavuzla şanzıman soğutucusu hakkında daha fazla bilgi edinin .

Şanzıman Menzil Sensörü nedir?

Vites aralığı sensörü, aracınızdaki vites değiştiricinin konumunu belirleyen bir bilgisayar kontrol sistemi bileşenidir. Seçtiğiniz vitese yönlendirme yaparak aracınızın işleyişinde çok önemli bir rol oynar.

Bu sensör arızalanmaya başlarsa, vites değiştirmede zorluk, yanlış vites okumaları veya çalıştırma sorunları gibi problemlere yol açabilir. Bu belirtileri göz ardı etmek, sizin ve aracınızın performansını ve güvenliğini tehlikeye atabilir.

Güç aktarma sistemi kontrol modülü, menzil sensöründen veri alır ve bu veriyi hangi viteslerin etkinleştirileceğini veya devre dışı bırakılacağını belirlemek için kullanır. Başka bir deyişle, menzil sensörü aracınızın her zaman hangi viteste olduğunu anlamasını sağlar.

Vites aralığı sensörü (TRS), araç sisteminin bir parçası olup, nötr, park, geri veya ileri gibi vites seçim konumlarını belirler ve ayrıca araç bilgisayarına bilgi gönderir.

Bu, aracın şanzıman davranışını ve vites geçişlerini kontrol etmesine yardımcı olur; böylece araç yalnızca boşta veya park konumunda çalışmaya başlar ve doğru vitesi seçer.

Şanzıman Vites aralığı Sensörü Nasıl Çalışır?

Bu, şanzımanın hızını kaydeder. Bu veri, kontrol ünitesinin vites değiştirirken vites değiştirme kuvvetini kontrol etmesi ve hangi vitesin hangi noktada devreye alınması gerektiğini seçmesi için gereklidir.

İletim aralığı sensörlerinin tasarımında iki ana tip vardır: İndüktif ve Hall jeneratörü.

Halka dişlilerin dairesel hareketi manyetik alanı değiştirir ve bu da sensördeki voltajın değişmesine neden olur. Voltaj göstergesi sensör tarafından kontrol ünitesine iletilir.

Bu detaylı kılavuzla şanzıman yağı hakkında daha fazla bilgi edinin .

Şanzıman Vites aralığı Sensörünün Arızalanmasının Yaygın Belirtileri Nelerdir?

İşte yaygın belirtiler

• Aracınızı çalıştırmakta zorlanabilirsiniz (park konumundayken, yalnızca boş viteste çalışabilir).
• Gösterge panelindeki vites göstergesi doğru olmayacaktır.
• Şanzımanınız birinci viteste takılı kalacak.
• Sert ve gecikmeli vites geçişleri
• Geri vites lambası düzgün çalışmıyor.
• Araç belirli viteslere geçmiyor.
• Şanzıman uyarı lambasının yanıp yanmadığını kontrol edin.
• Dişlinin konumlandırıldığı yer, gerçek dişliyle eşleşmeyecektir.
• Hız sabitleyici düzgün çalışmıyor.
• Şanzımanın güvenlik modu nedeniyle motor gücü azalacaktır.

Şanzıman Vites aralığı Sensörü Nasıl Değiştirilir?

Değiştirmek çok zor olmasa da, başlamadan önce dikkate almanız gereken birkaç şey var. Şanzıman menzil sensörünü çıkarın. Bunu yapmak için iki vidayı sökün ve ardından kablo demetini şanzıman menzil sensöründen ayırın.

Yeni bir şanzıman menzil sensörü takmak için bu talimatları tekrarlayın. Tüm elektrik bağlantılarınızın yeniden yapılması ve sökme işlemi sırasında çıkarılan tüm contaların yerine takılması gerekmektedir. Aracınızın alt ızgarası ve ön tamponu onarım için çıkarılmışsa, bunları tekrar yerine takın.

Uygun sensörü satın almak.

Şanzıman menzil sensörünüzü değiştirme sürecindeyseniz, yapmanız gereken ilk şey doğru parça numarasını satın aldığınızdan emin olmaktır. Doğru parça numarasını almazsanız, aracınızla uyumsuz bir parça satın alma riskiyle karşı karşıya kalırsınız.

Ayrıca, çeşitli sensör türleri bulunmaktadır; bu nedenle internet üzerinden bir perakendeciden veya oto yedek parça mağazasından sipariş verirken, aracınızın ne tür bir sensöre sahip olduğunu mutlaka öğrenin. Yedek sensörün aracınızın elektrik sistemiyle uyumluluğu da bir sonraki önemli husus olmalıdır.

Bu detaylı kılavuzla otomatik şanzıman sistemi hakkında daha fazla bilgi edinin .

Sensörün yeniden takılması.

Sonraki adımlar, yeni şanzıman hız sensörünü yeniden takmak ve elektrik bağlantılarını tekrar bağlamaktır. Ardından, aküleri takın ve aracınızı test edin.

Yedek lastiğiniz yoksa veya yedek lastiği olan bir arkadaşınız varsa, aracınızı bir oto tamirhanesine götürün, böylece bir başkası test sürüşü yapabilir.

Sensörün Ömrünü Uzatmak İçin Bakım İpuçları

İşte şanzıman menzil sensörünüzün ömrünü uzatmak için bazı ipuçları:

• Kablolama ve sensörün rutin kontrolü
• Bağlantı noktalarını temizleyin ve korozyondan arındırın.
• Zorla vites değiştirmeyi önleme
• Şanzıman sıvısının seviyesinin uygun ve temiz olduğundan emin olun.
• Sensörü aşırı nem veya suya karşı yönlendirin.

Şanzıman Menzil Sensörünün Fiyatı Ne Kadar?

Şanzıman menzil sensörünün değiştirme maliyeti ortalama 289 dolardır. En pahalı şanzıman menzil sensörü onarımı 500 dolara mal olurken, en ucuz seçenek yaklaşık 200 dolara mal olacaktır. Bu tahminlerin her ikisi de uzman montajını varsaymaktadır; kendiniz yapmayı tercih ederseniz, parçanın maliyeti yaklaşık 40 dolar olacaktır.

Çözüm

Sıklıkla göz ardı edilse de, şanzıman menzil sensörü aracınızın çok önemli bir bileşenidir. Vites değiştirmek ve aracınızın hızlanması için sensörün doğru çalışması gerekir. Neyse ki, menzil sensörünü değiştirmek zor bir işlem değildir ve fazla maliyetli olmamalıdır.

Bu detaylı kılavuzla şanzıman yağı hakkında daha fazla bilgi edinin .

Sıkça Sorulan Sorular

Şanzıman menzil sensörü ne sıklıkla değiştirilmelidir?

Şanzıman sensörleri, aracınızın tüm ömrü boyunca dayanacak şekilde üretilmiştir ve belirli bir kilometre sınırı için derecelendirilmemiştir. Ancak on yıl kadar sonra, sorun çıkarma olasılıkları artar.

Eğer böyle olursa sensörünüz rastgele arızalanacaktır. Genel olarak, sensörü her 50.000 kilometrede bir kontrol etmeli ve gerekirse değiştirmelisiniz.

Şanzıman menzil sensörü arızalandığında ne olur?

Aracınızın TRS sistemi arızalıysa, gösterge panelinizdeki “motor servisi yakında gerekli” uyarısı sürekli yanar; aksi takdirde aracı hiç çalıştıramazsınız.

Aracın yanlış viteste kalkış yapması, şanzımanın vites oranlarında sorun yaşaması veya vites kayması, şanzıman vites değiştirme anahtarının arızalı olduğunun diğer göstergeleridir.

Vites aralığı sensörüm arızalanırsa yine de araç kullanabilir miyim?

Bunu aracınız belirleyecektir. Sensör hasar görmüşse, günümüzdeki araçların çoğu park veya boş viteste kilitlenir ve aracı kullanmanızı imkansız hale getirir. Aracınız çalışabilir, ancak muhtemelen arıza modunda olacaktır ve vites değiştiremeyeceksiniz.

Şanzıman menzil sensörü arızalandığında ne olur?

Kamyonlarda ileri vitesin devreye girmemesine ve vites geçişlerinde gecikmeye neden olabilecek sorunlardan biri, şanzıman menzil sensörünün arızalanmasıdır. Arızalı bir şanzıman menzil sensörü (TRS), aracın vites seçimini algılamasını engelleyebilir ve bu da geri vitesin çalışmasına ancak ileri vitesin çalışmamasına neden olabilir.

Şanzıman menzil sensörünün amacı nedir?

Elektronik kontrollü her otomatik şanzıman, çalışabilmek ve şanzımanın konumunu (Boş, Sürüş, Geri, Park vb.) size bildirebilmek için şanzıman konum sensörüne bağlıdır.

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Qualcomm, a company that designs and manufactures chips for mobile phones and other electronics, is acquiring Arduino, an Italian company known for its open-source hardware and software ecosystem. In its announcement , Qualcomm emphasized that Arduino will “retain its brand and mission,” its open-source philosophy, and its “support for chips from multiple manufacturers.”

“As we enter this new chapter within the Qualcomm family, Arduino will retain its independent brand, tools, and mission while continuing to support a broad range of microcontrollers and microprocessors from a variety of semiconductor manufacturers,” Qualcomm said in a press release. “With this acquisition, the more than 33 million active users of the Arduino community will gain access to Qualcomm Technologies’ powerful technology stack and global reach. With the support of Qualcomm Technologies’ advanced technologies and extensive partner ecosystem, entrepreneurs, businesses, tech professionals, students, educators, and enthusiasts will be able to quickly prototype and test new solutions with a seamless transition from prototype to commercial product.”

The deal’s value was not disclosed, and it was noted that it still must be approved by regulators and subject to “other customary conditions.”

Although Qualcomm repeatedly emphasizes that Arduino will continue to exist as a standalone ecosystem, users are already voicing concerns. After all, when a large company acquires an open-source project, it often ends up restricting the ecosystem. The community fears this could lead to reduced support for third-party chips and could also mean a refocusing of Arduino’s efforts on Qualcomm’s larger enterprise clients.

The first fruit of the upcoming deal will be the Arduino UNO Q device , a single-board computer that is positioned as the most powerful Arduino board ever created, equipped with an STM32U585 microcontroller (MCU) and a Qualcomm Dragonwing QRB2210 chip .

The developers write that the single-board computer will have a “dual brain”: a CPU capable of running “standard Debian Linux” (a dig at Raspberry Pi OS, which is a fork of Debian), as well as a microcontroller for real-time tasks, which should combine “high-performance computing with real-time control.”

The QRB2210 features a quad-core Arm Cortex-A53 processor and a Qualcomm Adreno 702 GPU, and also supports Bluetooth 5.1, Wi-Fi, eMMC memory, and classic Arduino headers for compatibility with UNO shields, all combined with a real-time microcontroller.

The back of the board features new connectors designed to handle the capabilities of the Dragonwing SoC.

The UNO Q can be used as a standalone device by connecting a keyboard, mouse, and monitor (like a Raspberry Pi). It can also be used in conjunction with a PC running a development environment.

The UNO Q will initially come in two versions: a 2GB RAM and 16GB eMMC storage version priced at $44, and a 4GB RAM and 32GB eMMC storage version that will go on sale next month for $59.

Additionally, a new development environment, Arduino App Lab, was introduced alongside UNO Q. It aims to unify the real-time workflow with code, Linux applications, and—thanks to Qualcomm’s involvement—AI.

App Lab is integrated with the Edge Impulse AI platform, acquired by Qualcomm earlier this year. This is expected to simplify the creation and optimization of AI models. Additionally, users will be able to import pre-trained models from the Qualcomm AI Hub platform .

“Joining forces with Qualcomm Technologies will allow us to accelerate our mission to make technology accessible and innovative,” commented Arduino CEO Fabio Violante. “The launch of UNO Q is just the beginning. We want to empower the global community with powerful tools that will make AI development intuitive, scalable, and open to everyone.”

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According to a recently published document, the issue affects Microsoft 365 customers using the Outlook desktop client on Windows systems.

On affected systems, users see an error message warning that Outlook cannot start and that an attempt to log in to an Exchange account has failed.

The company hasn’t disclosed the root cause of the bug, only noting that it can occur “for various reasons.” Affected users are advised to open a support ticket through the Microsoft 365 Admin portal. The Exchange Online support team will then be able to request changes to the service to resolve the bug.

While Microsoft investigates the issue and works to fix it, the company asks all affected users to confirm that they are indeed experiencing the issue by using Fiddler trace and searching for the error “LID: 49586 – Authentication concurrency limit is reached.”

Another support document dedicated to “Cannot start Microsoft Outlook. Cannot open the Outlook window” errors suggests users try the following troubleshooting steps:

• start Outlook in safe mode and disable add-ins;
• create a new Outlook profile;
• Recover Outlook data files;
• Run the command /resetnavpane.

Anyone affected by the bug is also advised to temporarily use the new Outlook for Windows or Outlook Web Access (OWA) to access their mailboxes.

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Users have noticed that Microsoft developers last week disabled the offline activation method for Windows 11 and 10 via KMS38, which has been used by hackers worldwide for years. However, these changes are not mentioned in the official release notes.

KMS38 was developed by enthusiasts in the Massgrave (MAS, Microsoft Activation Scripts) project, known as a repository of unofficial tools used to activate Windows and Office.

The essence of this activation method was to trick the GatherOSstate.exe system file (a utility that determines whether the current system is eligible for updating) into extending the KMS (Key Management Service) activation period from the normal 180 days to January 19, 2038. Setting a more distant date was prevented due to the Year 2038 (Y2K38) issue.

The fight against KMS38 began approximately two years ago. The first signs appeared in January 2024, when the gatherosstate.exe file disappeared from the Windows 26040 installation image. This meant that during major updates and reinstalls, the system reset the activation wait time, forcing the user to reconnect to the KMS server.

However, the final blow to KMS38 came with the optional Windows 11 update KB5067036, released in October 2025. In this update, Microsoft completely removed the GatherOSstate function, and after the Patch Tuesday in November (KB5068861 and KB5067112), KMS38 finally stopped working.

Massgrave developers confirmed that this method no longer works. In the latest version of MAS 3.8, KMS38 support has been completely removed.

Massgrave recommends that users still utilize alternative methods that are still working, such as HWID (Hardware Identifier) ​​and TSforge.

It’s worth noting that in 2023, it was revealed that Microsoft support engineers themselves sometimes resorted to Massgrave’s Windows activation solutions. Furthermore, it has been repeatedly emphasized that Massgrave’s tools are marketed as open source and that the project files are available on GitHub, which has long belonged to Microsoft. However, the company takes no action against software piracy.

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According to Counterpoint Research’s Global Handset Model Sales Tracker, Apple‘s iPhone 16 was the world’s best-selling smartphone of 2025 – not the Pro, Pro Max, or Ultra model you might expect.

Across the global Top 10, Apple captured seven of the ten spots, underlining just how dominant its ecosystem remains – even as Android brands push harder on mobile photography with ever-higher megapixels, extreme periscope zooms, and increasingly aggressive AI features.

So, let’s dive in and take a look at the numbers, and explore why this smartphone might not be the smartest choice for mobile photographers…

Global Top 10 best-selling smartphones, 2025 (Counterpoint)

1. iPhone 16
2. iPhone 16 Pro Max
3. iPhone 16 Pro
4. iPhone 17 Pro Max
5. Galaxy A16 5G
6. Galaxy A06 4G
7. iPhone 17
8. iPhone 15
9. Galaxy S25 Ultra
10. iPhone 16e

The iPhone 16 doesn’t win spec-sheet battles. It lacks ProRaw, skips long optical zoom, and relies on a simpler dual-camera setup.

It isn’t Apple’s cheapest phone – that role belongs to the iPhone 16e – nor is it the most powerful camera-rich model in the lineup.

What it is, however, is Apple’s most balanced mainstream phone.

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Jeep

Dodge

Ford

Volkswagen

When it is a Semi-Tractor, it is called a Cabover. As in Cab Over Engine.

Buses are called Pushers, because the engine is in the back and pushes the bus from behind.

You can notice the radiator intake on the rear corner.

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