TR Industry, Science and Technology

Sanchez

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Quasar

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https://tubitak.gov.tr/sites/default/files/2025-04/Call_Text_TUBITAK_CAS_2025_Call.pdf


Within the scope of the TÜBİTAK 1071 Program, joint research projects in the fields of "Energy" and "Information and Communication Technologies" to be carried out between scientists from Türkiye and China will be supported under the call launched within the framework of the cooperation protocol between TÜBİTAK and the Chinese Academy of Sciences (CAS).

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Strong AI

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Türkiye’s First Domestic Tram Motor and Traction System from ASELSAN

🚊 At the International Eurasia Rail Fair, under the auspices of our Minister of Transport and Infrastructure Mr. Abdulkadir Uraloğlu, a contract was signed between ASELSAN and BOZANKAYA for the “Turkey’s First Domestic Tram Motor and Traction System” to be used in tram vehicles.
🔹 With this contract, another significant step has been taken toward the localization and nationalization of light rail systems.
🔹 The motors and traction systems to be developed will be realized entirely through domestic and national engineering and production capabilities.
ASELSAN🤝BOZANKAYA

 

boredaf

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Is it possible to cooperate with China on semiconductor?
Yes, if you want to get sanctioned to hell and back by everyone for very little gain. In case you haven't noticed mate, China is the enemy number one from now on for NATO block; you think all the cooperation with India that sprouted came from the goodness of their hearts?
 

IC3M@N FX

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I think Turkey is currently trying to diversify its semiconductor production. To this end, it is using modern manufacturers in South Korea, China, and Taiwan so as not to be dependent on a single supplier.

At the same time, Turkey is apparently planning to build its own factory in the country together with Qatar, which will initially cover older technologies: for example, 65 nm → 45 nm → 28 nm → 20 nm until around 2035. It is unlikely that anything more will be possible there, as more modern processes such as 16 nm FinFET or smaller EUV lithography are required — and the US would probably block Turkey from entering this highly advanced manufacturing sector, as it did with China.

However, these limitations can be partially circumvented through chiplet designs (3D integration), multiple RISC-V-based processor cores, and edge AI accelerators. In such architectures, manufacturing technology plays a lesser role, as aspects such as yield rate, cooling, and space requirements are less critical in military applications — they can be solved technically.
 

Zafer

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I think Turkey is currently trying to diversify its semiconductor production. To this end, it is using modern manufacturers in South Korea, China, and Taiwan so as not to be dependent on a single supplier.

At the same time, Turkey is apparently planning to build its own factory in the country together with Qatar, which will initially cover older technologies: for example, 65 nm → 45 nm → 28 nm → 20 nm until around 2035. It is unlikely that anything more will be possible there, as more modern processes such as 16 nm FinFET or smaller EUV lithography are required — and the US would probably block Turkey from entering this highly advanced manufacturing sector, as it did with China.

However, these limitations can be partially circumvented through chiplet designs (3D integration), multiple RISC-V-based processor cores, and edge AI accelerators. In such architectures, manufacturing technology plays a lesser role, as aspects such as yield rate, cooling, and space requirements are less critical in military applications — they can be solved technically.
It is curious if China will sell the eUV machines that they are developing which will be distrupting to the microprocessor market.
 

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