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Built-in driver name list Model Printer driver name DCP-1510 Brother Laser Type1 Class Driver DCP-1510E Brother Laser Type1 Class Driver DCP-1510R Brother Laser Type1 Class Driver. Content/File Name Platform Size Date Last Modified; CT-S751 Windows Driver （cts751lmv3600E.zip） Windows: 9.29MB: 2020/12/18: Agree to licensing agreement and download.
A new graphics driver has been published by Intel for its GPUs (Intel 6th, 7th, 8th, 9th, 10th and 11th Gen processors) on Windows 10. This new driver (version 27.20.100.9126) is a patch driver that brings the following bugfixes:
KEY ISSUES FIXED:
– Lower than average score observed in SPECViewperf 13 benchmark on 11th Generation Intel Core Processors with Intel Iris Xe graphics.
– YouCam Camera Preview & Video Playback may be black on 10th Generation Intel Core processors and higher.
– Sporadically error code may be observed when playing Netflix content on edge browser and hot plugging or unplugging external display on 11th Generation Intel Core Processors with Intel Iris Xe graphics.
– Flash may be observed on 3D Monitor when ‘3D display mode’ is enabled on 11th Generation Intel Core Processors with Intel® Iris® Xe graphics.
This driver also brings an updated Vulkan support.
Downloads
v27.20.100.9126
Quick test of this driver on an Intel Core i7-8700K (with an UHD 630 GPU):
– Intel control panel information:
– GL-Z:
OpenGL support
v27.20.100.9126
This driver exposes OpenGL 4.6 with 261 OpenGL extensions. Same support than v8783.
Vulkan support
v27.20.100.9126
This driver exposes Vulkan 1.2.162. Four new device extensions have been added compared to previous v9030:
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– VK_EXT_custom_border_color
– VK_EXT_robustness2
– VK_EXT_shader_atomic_float
– VK_KHR_shader_non_semantic_info
OpenCL support
v27.20.100.9126
This driver exposes OpenCL 3.0 with 51 device extensions.
—
via (27.20.100.9126)
Related posts:
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JDBC drivers are divided into four types or levels. The different types of jdbc drivers are:
Type 1: JDBC-ODBC Bridge driver (Bridge)
Type 2: Native-API/partly Java driver (Native)
Type 3: AllJava/Net-protocol driver (Middleware)
Type 4: All Java/Native-protocol driver (Pure)
4 types of jdbc drivers are elaborated in detail as shown below:
Type 1 JDBC Driver
JDBC-ODBC Bridge driver
The Type 1 driver translates all JDBC calls into ODBC calls and sends them to the ODBC driver. ODBC is a generic API. The JDBC-ODBC Bridge driver is recommended only for experimental use or when no other alternative is available.
Type 1: JDBC-ODBC Bridge
Advantage
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The JDBC-ODBC Bridge allows access to almost any database, since the database's ODBC drivers are already available.
Disadvantages
1. Since the Bridge driver is not written fully in Java, Type 1 drivers are not portable.
2. A performance issue is seen as a JDBC call goes through the bridge to the ODBC driver, then to the database, and this applies even in the reverse process. They are the slowest of all driver types.
3. The client system requires the ODBC Installation to use the driver.
4. Not good for the Web.
Type 2 JDBC Driver
Native-API/partly Java driver
The distinctive characteristic of type 2 jdbc drivers are that Type 2 drivers convert JDBC calls into database-specific calls i.e. this driver is specific to a particular database. Some distinctive characteristic of type 2 jdbc drivers are shown below. Example: Oracle will have oracle native api.
Type 2: Native api/ Partly Java Driver
Advantage
The distinctive characteristic of type 2 jdbc drivers are that they are typically offer better performance than the JDBC-ODBC Bridge as the layers of communication (tiers) are less than that of Type1 and also it uses Native api which is Database specific.
Disadvantage
1. Native API must be installed in the Client System and hence type 2 drivers cannot be used for the Internet.
2. Like Type 1 drivers, it’s not written in Java Language which forms a portability issue.
3. If we change the Database we have to change the native api as it is specific to a database
4. Mostly obsolete now
5. Usually not thread safe.
Type 3 JDBC Driver
All Java/Net-protocol driver
Type 3 database requests are passed through the network to the middle-tier server. The middle-tier then translates the request to the database. If the middle-tier server can in turn use Type1, Type 2 or Type 4 drivers.
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Type 3: All Java/ Net-Protocol Driver
Advantage
1. This driver is server-based, so there is no need for any vendor database library to be present on client machines.
2. This driver is fully written in Java and hence Portable. It is suitable for the web.
3. There are many opportunities to optimize portability, performance, and scalability.
4. The net protocol can be designed to make the client JDBC driver very small and fast to load.
5. The type 3 driver typically provides support for features such as caching (connections, query results, and so on), load balancing, and advanced
system administration such as logging and auditing.
6. This driver is very flexible allows access to multiple databases using one driver.
7. They are the most efficient amongst all driver types.
Disadvantage
It requires another server application to install and maintain. Traversing the recordset may take longer, since the data comes through the backend server.
Type 4 JDBC Driver
Native-protocol/all-Java driver
The Type 4 uses java networking libraries to communicate directly with the database server.Type 4: Native-protocol/all-Java driver
Advantage
1. The major benefit of using a type 4 jdbc drivers are that they are completely written in Java to achieve platform independence and eliminate deployment administration issues. It is most suitable for the web.
2. Number of translation layers is very less i.e. type 4 JDBC drivers don't have to translate database requests to ODBC or a native connectivity interface or to pass the request on to another server, performance is typically quite good.
3. You don’t need to install special software on the client or server. Further, these drivers can be downloaded dynamically.
Disadvantage
With type 4 drivers, the user needs a different driver for each database.