Spider-Man: No Way Home, the 27th movie of the Marvel Cinematic Universe (MCU), was released in more than 60 countries, including Turkey, on Friday. Starring famous stars such as Tom Holland, Zendaya, and Benedict Cumberbatch, the superhero movie has already managed to score 9.1 on the IMDb platform, with the evaluation of more than 171 thousand people.

With the effect of the Omicron variant, which is spreading rapidly all over the world, the pandemic could not stop No Way Home, although the countries went into shutdown mode again. To hide Peter Parker’s Spider-Man identity, which was revealed in the previous movie, Dr. The worldwide earnings of the movie, which is about asking for help from Strange, has emerged. Spider-Man: No Way Home earned $587 million
According to the news of The Hollywood Reporter, thanks to Spider-Man: No Way Home, going to the movies has reached pre-pandemic levels for the first time, despite the Omicron variant. The film grossed a total of $253 million in the United States in its first weekend. In European markets, where Omicron is common, it earned $334.2 million.

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No Way Home is the third biggest opening movie of all time, after Avengers: Endgame ($357 million) and Avengers: Infinity War ($257.6 million). It also became the first movie to earn more than $100 million in its first weekend in the US during the COVID-19 era. This record had reached 90 million at most until now.

Spider-Man’s earnings in other countries
Spider-Man: No Way Home opened in the UK with $41.4 million in its first weekend. Mexico followed it with 32.4 million dollars; followed by South Korea with $23.7 million and Australia with $18.7 million. In India, one of the world’s top film producing countries, it grossed $18.2 million.

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On the other hand, according to Deadline’s report, the countries with the best opening so far are Argentina ($6.8 million), Saudi Arabia (5.2 million dollars), Ecuador (3.7 million dollars), Ukraine (2.4 million dollars). dollars), Turkey (1.4 million dollars) and Egypt (1.3 million dollars). The iOS 15 update, which was offered to users this year, was introduced to many older iPhone devices. But Apple doesn’t seem to have the same thought for iOS 16, which will be released next year. The company now plans to discontinue the update for aging iPhone and iPad models.

According to the information obtained by the French-based news site iPhonesoft from Apple employees, 7 devices will not be able to receive an upgrade for the new version. iPhones with A9 and A9X processors and iPads with A8 processors will not be able to benefit from the upcoming update. We have brought together these unfortunate models for you. Three iPhone models won’t get iOS 16
Apple will distribute the iOS 16 beta version to its users at the WWDC event in June 2022. But some models will be missing from this update. The company will allegedly require the A10 processor on phones to distribute the new version of iOS.

Three models stand out among the phones that will not receive the iOS 16 update. iPhone 6s, iPhone 6s+ and iPhone SE 2016 models will not receive this update. Apple will sacrifice these phones to get the best performance for gaming and the interface in general. The iPad Pro 2022 and iPad Air 5 devices are expected to hit the market next year. Therefore, older models will be even older. That’s why Apple; A8 may not offer updates to tablets with A8X and A9 processors. According to the estimates, the devices that will receive iPadOS 16 will be:

iPad Pro 2022
iPad Pro 2021
12.9-inch iPad Pro (2016+)
10.5-inch iPad Pro (2016+)


What is AMR?

What is Audio Modem Riser (AMR)?

AMR is a technology developed by Intel and was introduced with motherboards with i810 chips. With this AC97 compatible technology, it is aimed to reduce Desktop PC costs. The purpose of AMR is to process the analog I/O functions of the modem with the codec chip on a small slot called the Riser on the motherboard.


The sound transmission is made by the sound chip on the motherboard. This riser is considerably smaller in size than other slots on the motherboard. However, using this modem feature on the motherboard is not enough just AMR. To activate this feature, an AMR Card is installed for the end user, which costs much less than a PCI soft modem. All of these AMR Cards support currently available modem technologies such as V.90. With AMR, you will not reserve a slot for your modem on your motherboard. This leaves you with an extra slot that you can use on your motherboard. AMR cards can work in two ways.

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As Primary and Secondary. Primary or Secondary setting depends on whether there is a sound chip on the motherboard. If you have a sound chip on your motherboard, you will set your AMR card as Primary with the help of the jumper on it, and if there is no sound chip, you will set it as Secondary. The reason for this is to prevent performance degradation and loss of time depending on whether there is a sound chip during data transfer on the motherboard.


AMR technology is not just for modems. It has been considered in AMR cards with audio, but nowadays we can only use modem cards. With the widespread use of AMR cards, PCI modems that replace ISA modems seem to be replaced by AMR cards.

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Note: It is considered an old information, but I find it useful to know. Regards.

Gigabit Ethernet;

Despite High Bandwidth

It Looks Like It Will Protect Infrastructure Investments!

Gigabit Ethernet is the data transmission standard for Local Area Network (LAN) and theoretically represents a rate of 1 billion bits per second. We say theoretically because there are no products that work at this limit yet; The largest known data transmission rate among the products offered to end users is approximately 800,000,000 bits/second (800 Mbit/sec). Even at this rate, we can make the following comparison; 1 Gigabit Ethernet NIC alone can provide the bandwidth provided by the sum of 4 high-performance Fast Ethernet NICs (Network Interface Cards) running full-duplex on a server.


Gigabit Ethernet, which is in the IEEE 802.3 standard segment (together with Ethernet and Fast Ethernet standards), has recently entered the product range of some well-known brands. The generally targeted usage area is advanced backbones (Enterprise Backbone). Gigabit Ethernet backbones that can be used for local networks consisting of existing 10 and 100 Mbit network cards are basically seen as an alternative to ATM. The fact that the bandwidth can be increased in data transmission, being cheaper, more flexible and compatible than ATM, represents an advantage for Gigabit Ethernet for now.


Mainly based on fiber-optic media, the Gigabit Ethernet standard (IEEE 802.3z) can also use the already popular and common category 5 (CAT5) copper media (IEEE 802.3ab) over short distances.

In general, network specialists (here we specifically refer to those responsible for network management and development) try to ensure that the data cabling infrastructure used is inherently simple and has a long lifespan. The real use of Gigabit Ethernet in the existing data cabling infrastructures, namely copper media (CAT5 UTP) for the future, is the issue that most interests network experts.

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Today, the use of CAT5 is very common in workplaces in the public or private sector; They constitute almost 80% of the world’s local networks of 10 Mbit and 100 Mbit Ethernet standards. The use of Gigabit Ethernet over copper with the 1000BASE-T definition (1000Base-T IEEE802.3ab) is one of the factors that will ensure the continuity of the existing CAT5 data cabling infrastructures in the future.