Types of the 1066MHz DDR3 SO-DIMM
The 1066MHz DDR3 SO-DIMM comes in various types, depending on the computer or laptop's specific need and functionality. They include;
- DDR3 SO-DIMM Standard profile: The standard profile is the most frequent and widely employed type of 1066 MHz DDR3 SO-DIMM. Due to its widespread compatibility with laptops and small form factor PCs, it has a regular height PCB. It offers a good balance between efficiency and cost, making it a preferred choice for normal users and enterprises upgrading their laptop memory.
- DDR3 SO DIMM low voltage (LV): Low Voltage (LV) SO-DIMMs are made especially for laptops and compact devices. Their low voltage SO-DIMM (1.35V) versions use less energy and produce less heat. They aid in extending battery life and improving energy efficiency.
- DDR3 SO-DIMM high density: High-density SO-DIMMs have a high number of memory chips on a single module. They are available in various capacities, ranging from 2GB to 16GB and higher. In comparison to the standard density module, the high density SO-DIMM offers superior performance and responsiveness, enabling faster data processing and improved multitasking capabilities.
- DDR3 SO-DIMM ECC (Error Correction Code): In order to find and fix any memory errors that may occur during data transfer or storage, ECC SO-DIMMs utilize an error correction code. It plays a critical role in maintaining the integrity and reliability of server memory.
- DDR3 SO-DIMM non-ECC (Non Error Correction): Non-ECC SO-DIMMs do not have error correction capabilities. They are commonly used in personal computers, laptops, and desktop systems where ECC memory is not required. While they may lack some advanced features of ECC modules, non-ECC SO-DIMMs offer excellent performance, stability, and compatibility for everyday computing tasks.
Functions and Features
The DDR3 has features that help it function in various capacities in systems. Understanding them helps buyers to have a clearer insight into the operations of DDR3 memory. This enables wholesale buyers to procure their target market's most sought-after or compatible types.
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Operating Speed and Bandwidth
1066 MHz DDR3 SO-DIMMs provide a speed range for SO-DIMM modules of 1063 MHz to function and transfer data of up to 8,533 MB/s. The speed regulates how fast the RAM can send or receive data from the CPU. That is an average of 1,066 million data transfer per second. The speed stands marginally below the fastest DDR3 variant and above the DDR2. Below the average DDR3 range, it has an average access time of 60 nanoseconds with a peak bandwidth of 6.4 GB/s.
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Data Transfer Techniques
The effective data transfer technique of the 1066 MHz allows double data transfer on both rising and falling edges of the clock signal. The method reduces the time required for the bits of data to settle on the bus. Hence, it becomes available for use in applications like laptops that frequently change states.
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Pre-Fetch Buffer Technology
Pre-fetch buffer technology works hand in hand with the data transfer rate to improve the overall efficiency of data handling. The pre-fetch allows the memory controller to fetch data ahead of time for smooth operation. It uses a 8-bit wide data interface and 8-bit pre-fetch buffers, which helps with overlapped data transfer.
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Low Voltage Operations
The 1.5V low voltage option of DDR3 memory is one of its cutting-edge energy-reducing features. It provides a low-voltage option of 1.35 V for an even more energy-efficient performance. The low voltage consumes less energy, which decreases the total energy input of the system. SO-DIMMs with this capability find roles in portable computing devices where excellent battery life is critical.
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Dimension.
DIMMs have a printed circuit board with memory chips mounted on it. They connect the computer's motherboard to the memory. The design is based on a specific standard and comes in various factors. DDR3 SO-DIMM has small form factors, with a length of 6 cm and a height of 3 cm, making them suitable for laptops and devices with limited space. The DDR3 SO-DIMM is available in a variety of pin counts, including 204, 172, 144, and 116-pin.
Usage scenarios of the 1066MHz DDR3 SODIMM
The 1066MHz DDR3 SODIMM has a broad range of applications. Its speed and performance make it suitable for the following tasks:
- Upgrading existing systems: The DDR3 SODIMM is used mainly to improve the performance of laptops and smaller systems. It will be ideal for tasks like updating existing systems' memory and adding more memory to systems with DDR3 slots.
- Embedded systems: Due to its small size, the 1066MHz DDR3 SODIMM is ideal for embedded applications like digital signage, point-of-sale terminals, robotics, and automation. Its durability and wide temp support make it ideal for these types of uses.
- Mobile computing and LAPTAPS: The 1066MHz DDR3 SODIMM is specifically designed for mobile computing. It is used mainly in laptops and compact computing devices. Its low voltage support gives better battery life and performance for mobile computing.
- Small form factor PCs: The small size of the DDR3 SODIMM makes it an ideal memory solution for mini PCs and small factor PCs that require speed and performance.
- Healthcare equipment: It is used in medical equipment like portable diagnostic tools, imaging devices, and handheld scanners. Specifications like wide temp support and low voltages make it suitable for logistics and healthcare environments.
How to choose 1066MHz DDR3 sodimm
It is crucial to assess the compatibility of the 1066MHz DDR3 SODIMM RAM with the current hardware.
- Device compatibility: The first step is to determine if the laptop or netbook supports DDR3 memory by checking its specifications. Many older laptops only support up to 2 GB of DDR3 memory. Additionally, consider the memory capacity limits; some machines max out at a specific amount of RAM, regardless of type.
- Vendor warranty and after-sales service: When buying a 1066 MHz DDR3 SODIMM, users should consider vendor warranties and after-sales support. Vendors may offer different warranty terms, but a longer warranty period can indicate the vendor's confidence in the product's quality. A vendor that provides timely support and assistance can help address any issues with the DDR3 SODIMM after purchase.
- Cost: Cost is a significant consideration for any purchase decision. Users must evaluate the value offered by different types of 1066 MHz DDR3 SODIMMs concerning their cost. While they might be tempted to go for the cheapest alternative, it is vital to understand that lower-cost options may mean compromises in performance or reliability. Hence, buyers should strive to strike a balance between cost and value.
- Form factor: The Small Outline Dual In-line Memory Module (SODIMM) is the form factor of RAM for laptops. It is smaller than the standard DIMM used in desktop computers. Within the SODIMM, there are notches that prevent inserting the memory stick incorrectly. The DDR3 SODIMM comes in different sizes, with the 1066 MHz speed having a capacity of 1 GB, 2 GB, 4 GB, 8 GB, and up to 16 GB. It is available in both single- and dual-rank options. Manufacturers use varying materials for the shell, such as aluminum, plastic, and a mixed metal. Aluminum offers better heat dissipation.
- Memory capacity: Choosing a suitable memory capacity is necessary for providing an optimal computing experience. The memory capacity determines how much data can be stored temporarily and how responsive the system will be. Selecting the right size enables users to run applications smoothly and multitask without experiencing lag or performance issues.
- Memory speed: A higher memory speed means better data transfer rates between the RAM and the CPU. The effectiveness of the RAM speed depends on other factors, such as the computer's capabilities and the applications run on it. The DDR3 RAM has a faster transfer rate than the DDR2 RAM, thus improving system performance.
Q&A
Q: What is the difference between DDR3 sodimm and DDR3 DIMM?
A: The primary distinction lies in their form factors; SODIMMs are more compact than DIMMs. SODIMMs are the RAM modules used in laptops, while the larger DDR3 DIMM modules are for desktops and smaller devices.
Q: Is a DDR3 1066MHz SODIMM compatible with all laptops?
A: Unfortunately, not all laptops are compatible with the 1066MHZ DDR3SODIMM. Hence, it is essential to check the specifications and requirements of the laptop before purchasing the RAM to ensure compatibility. Additionally, purchasing from reputable suppliers provides information pertinent to the product, ensuring the customer is informed and conscious of the product’s compatibility.
Q: Can DDR3 SODIMM be upgraded to DDR4?
A: A laptop that uses DDR3 SODIMM RAM cannot upgrade to DDR4. An upgrade from DDR3 to DDR4 is only possible if the device's motherboard supports it. In such cases, an upgrade is only possible if there are compatible slots and support. Nonetheless, one can upgrade the existing DDR3 SODIMM to a higher capacity if the device supports it.
Q: Does 1066MHz consume less power?
A: Contrary to popular belief, the 1066 MHz DDR3 SODIMM does not consume a low voltage. However, the lower the frequency, the lesser the voltage and power consumption. A SODIMM with low power consumption tends to be better at handling power efficiency.
