Sap Business One Hana Hardware Requirements for Optimal Performance

Sap Business One Hana Hardware Requirements

Lenovo has approved various ThinkSystem and ThinkEdge servers for use with SAP Business One, Version for SAP HANA. A comprehensive document is available that offers a thorough description along with configuration tables of all the certified options currently accessible.

Change History

The support for different types of SSDs, including Mixed Use and Read Intensive SATA SSDs, NVMe SSDs, and SAS SSDs, has been clarified.

Hardware, software, and services for SAP Business One made simple to implement

Speed up your SAP applications with Lenovo enterprise servers optimized for SAP HANA®. The faster you get to insights, the faster your business can respond. With the combination of SAP Business One®, version for SAP HANA on Lenovo servers you can take advantage of extremely high application performance and real-time analysis to help you make fast, informed decisions.

SAP has approved Lenovo servers as an optimal choice for deploying SAP Business One, version for SAP HANA. This endorsement ensures that Lenovo offers a strong foundation for dependable configurations, delivering a perfect combination of uptime, performance, density, and cost-effectiveness to support your business needs.

Lenovo Servers

A range of Lenovo ThinkSystem servers are available for SAP Business One®, version for SAP HANA:

The hardware requirements for SAP Business One HANA include a range of servers such as the ThinkSystem SR630 and SR650 with Intel Xeon Scalable processors. These servers offer high performance, flash storage options, and energy efficiency to handle various workloads like databases, virtualization, cloud computing, and more. Additionally, there are also the ThinkEdge SE450 Edge servers which are compact and suitable for shallow cabinets or wall mounting. The ThinkSystem ST650 and ST550 servers provide similar capabilities in a tower form-factor that can be rack-mounted if needed. Lastly, the ThinkSystem SR950 and SR850 servers offer mission-critical reliability along with flexibility and expandability features.

By utilizing Intel Xeon Scalable processors and SSD technology, specifically the ThinkSystem RAID 9350, RAID 940, and RAID 930 storage adapters or VROC for NVMe, these setups offer excellent performance at a reasonable cost for your company.

ThinkSystem V3 configurations

The table provided below outlines the setups that utilize ThinkSystem V3 servers equipped with 4th Gen Intel Xeon processors.

The ThinkSystem servers have received certification from SAP for accommodating 50 to 300 users when equipped with a single processor. If configured with two processors, they are certified to support 100 to 600 users.

Gen 4 systems are compatible with SLES 15 SP4 and subsequent versions.

To run Sap Business One Hana, it is necessary to have either a ThinkSystem RAID 9350 or RAID 940 controller.

1. SSD RAID5 – the conventional setup for SAP Business One that offers optimal performance at a lower cost.

2. SSD RAID10 – another option for configuring your system, which provides the highest level of performance.

1. The latest onboard VROC technology allows for RAID5 functionality, enhancing the performance of NVMe SSD drives in terms of I/O throughput and latency. This eliminates the need for an additional hardware RAID controller.

2. Another option is to use VROC RAID10, which offers even greater performance with NVMe drives.

Ordering information

You can find configuration templates for these servers on the DCSC Deployment Ready Solutions and Lenovo LETS website.

ThinkEdge SE450 configurations

The ThinkEdge servers that are compatible are listed in the table below.

The Lenovo ThinkEdge server (SE450) with 1 Socket offers different options based on the number of SAP Business One users. The available models include 128GB, 256GB, and 512GB storage capacity. The server is equipped with an Intel Xeon SP Gen 3 processor, specifically the 4314 model with 16 cores. It also has varying memory configurations depending on the user requirements: either 8x16GB, 8x32GB, or 8x64GB. In terms of SSD options for SAS drives, there are choices for RAID5 configuration such as using three sets of either a combination of two sizes -480GB and one size-960 GB or four sets of one size-480 GB and one size-960 GB. Alternatively, RAID10 configuration can be used with four sets each consisting of either two sizes -480 GB and two sizes-960 GB or four sets each consisting only one size -960 GB and another size-1.92TB.

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For NVMe disk options in VROC RAID5 configuration it is possible to have three sets each comprising both a single-size option -960 GB and another option-1.92 TB.

Finally, in VROC RAID10 configuration it is possible to have four sets each including both a single-size option -960 GB and another option-1.92 TB.

A server with a compact design, measuring either 300mm or 360mm in height and suitable for single-socket use. It can be conveniently placed in a rack, used as a tower server on the floor, or mounted on a wall. For further information, please refer to the Product Guide.

The ThinkEdge servers have received SAP certification for supporting 50 – 200 users when equipped with a single processor.

1. SSD RAID5 is a common configuration for SAP Business One that offers high performance at a lower cost.

2. Another option is SSD RAID10, which provides the highest level of performance.

3. VROC RAID5 utilizes the latest onboard VROC functionality to enhance I/O throughput and latency drive performance with SATA SSD drives, eliminating the need for an additional hardware RAID controller.

4. For even greater NVMe performance, there is the alternative of using VROC RAID10 configuration.

1. The use of VROC RAID5 allows for enhanced performance and efficiency in handling data storage through the utilization of NVMe SSD drives, without the need for an additional hardware RAID controller.

2. For even greater NVMe performance, VROC RAID10 offers an alternative configuration option.

Hardware requirements for installing SAP S 4HANA

1. CPU: A quad-core processor with a clock speed of at least 2.5 GHz.

2. RAM: 16 GB of memory.

ThinkSystem V2 configurations

The configurations featuring ThinkSystem V2 servers with 3rd Gen Intel Xeon processors are listed in the table below.

The ThinkSystem servers have received SAP certification for supporting 50 to 200 users when equipped with a single processor. With two processors, they are certified to accommodate 100 to 400 users.

Gen 3 systems are compatible with SLES 15 SP2 and newer versions.

To run Sap Business One Hana, it is necessary to have a ThinkSystem RAID 9350, RAID 940 or RAID 930 controller.

1. SSD RAID5 is the conventional setup for SAP Business One that offers excellent performance at a cost-effective price.

2. SSD RAID10, on the other hand, provides even better performance and serves as an alternative configuration option.

VROC RAID5 utilizes the latest VROC feature on the CPU to enhance RAID capability, allowing NVMe SSD drives to optimize I/O throughput and latency performance without the need for an extra hardware RAID controller. Another option is VROC RAID10, which offers even greater NVMe performance in a different RAID configuration.

Sap Business One Hana Hardware Specifications

You can find server configuration templates for these servers on the DCSC Deployment Ready Solutions and Lenovo LETS website.

Pre-set SR630 V2 configurations available for EMEA, Latin America, and Brazil are offered.

Understanding the hardware requirements for SAP HANA

The design of SAP HANA is called column-oriented in-memory database. This means that instead of storing data row by row, it organizes the information by columns. This makes it easier to perform calculations and analysis on specific parts of the data without having to go through all the rows.

With SAP HANA, you can run both high-speed transactions and complex analytics in one system. Transactions refer to any action or operation performed on your business data, like making sales or updating inventory. Analytics involve analyzing this data to gain insights and make informed decisions about your business.

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Overall, using SAP HANA helps businesses process their data faster, perform advanced analytics more efficiently, and run both transactions and analytics together in a single system.

ThinkSystem V1 configurations

The tables provided below outline the setups that utilize ThinkSystem servers equipped with 2nd Generation Intel Xeon processors.

SLES 12 SP4 and subsequent versions (including SLES 15) are compatible with Gen 2 systems.

The SR650/SR630/ST550 servers have been officially approved by SAP for supporting 35 – 500 users when equipped with two processors.

The SR550/SR530 servers have received SAP certification for supporting 35 – 250 users when equipped with two processors.

The SR950/SR850 servers have been approved by SAP to support a range of 75 – 500 users when equipped with four processors.

Ordering Details

You can find server configuration templates for these servers on the DCSC Deployment Ready Solutions and Lenovo LETS website.

Predefined SR630 models designed for the EMEA region.

Minimum RAM Requirement for HANA

The amount of memory required for a server operating system depends on whether it is a 32-bit or 64-bit version. For a 32-bit server OS, the minimum requirement is 4 GB of RAM, while for a 64-bit server OS, it is recommended to have at least 8 GB of RAM. This ensures smooth and efficient operation of the server.

In addition to the memory allocated for the server operating system itself, there are specific requirements for devices and desktop users connecting to the server. Each device connecting to the server should have a minimum of 512 MB RAM allocated to it. This helps in ensuring that each device can handle its tasks effectively without causing any performance issues.

Furthermore, every desktop user who will be connecting to the server should have at least 2 GB of RAM assigned specifically for their use. This allows each user to work seamlessly on their respective desktops without experiencing any lag or slowdown.

– For the file server:

– If using a 32-bit operating system: A minimum total memory capacity of (4GB + (0.5GB x number_of_devices) + (2GB x number_of_users)).

– If using a 64-bit operating system: A minimum total memory capacity of (8GB + (0.5GB x number_of_devices) + (2GB x number_of_users)).

– For each computer/device:

– At least half gigabyte (0.5 GB) per device connected.

– At least two gigabytes (2 GB) per user accessing files from the central fileserver.

SAP Certification and Available Choices

You can locate Lenovo certifications for SAP Business One on the SAP HANA Hardware Directory.

The Hardware Directory specifies the Linux operating system requirements for Business One certification, such as SLES 15 SP4 for V3 systems and SLES 15 SP2/SP3 for V2 systems.

Please be aware that this certification also covers assistance for all future SLES versions during the entire duration of the certification.

ThinkSystem V1 systems are supported for both SLES 12 and SLES 15 – for more information see SAP Note 2592452 (SAP ID required).

SAP Business One HANA is compatible with all ThinkSystem servers when used in a virtualized setup with a supported SAP HANA hypervisor, such as ESXi.

RAM requirements for SAP

SAP applications, including SAP Business One Hana, usually require a lot of RAM to function properly. RAM is a type of computer memory that stores data temporarily while programs are running. The more RAM you have, the faster and smoother your software will run.

For basic usage of SAP Business One Hana, it is recommended to have at least 8GB of RAM in your computer. This means that if you want to use this software for simple tasks like managing inventory or generating reports, 8GB should be sufficient.

However, if you plan on using more advanced features or working with larger amounts of data in SAP Business One Hana, it is advisable to have even more RAM than the minimum requirement. This will ensure better performance and prevent any lag or slowdowns when using the software.

Configurations

Lenovo offers various server template configurations for Business One through Lenovo LETS and Deployment Ready Solutions in the DCSC configurator.

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Trademarks

Lenovo holds trademarks for the following terms in the United States, as well as other countries.

The trademarks mentioned below belong to other companies.

Intel® and Xeon® are trademarks of Intel Corporation or its subsidiaries.

Linux® is the trademark of Linus Torvalds in the U.S. and other countries.

Microsoft® and SQL Server® are trademarks of Microsoft Corporation in the United States, other countries, or both.

Trademarks or service marks of others may be used by different companies, products, or services.

Processor requirements for SAP

Minimum Hardware Requirements for SAP Business One HANA

To ensure optimal performance and efficiency, it is essential to meet the minimum hardware requirements when implementing SAP Business One HANA. The processor plays a crucial role in handling the workload, and it is recommended to have an Intel Core 2 Duo or better with a clock speed of at least 2.4 GHz and a front-side bus (FSB) speed of 1066 MHz or higher.

In addition to the processor, having sufficient memory is vital for smooth operation. It is advised to have a minimum of 6 gigabytes (GB) of RAM or more. This allows for efficient data processing and ensures that the system can handle multiple tasks simultaneously without experiencing any lag or slowdowns.

P.S: Meeting these minimum hardware requirements will help optimize your experience with SAP Business One HANA by ensuring fast response times, seamless data processing, and overall improved performance.

What are the necessary laptop specifications for SAP installation?

– Intel Dual Core Processor with a minimum speed of 2.00 GHz

– 2 GB RAM (Random Access Memory)

– Hard Drive with a total capacity of 160 GB, divided into two partitions: one partition should have at least 40 GB and the other partition should have at least 120 GB

– Operating System: Windows Vista OS

Is there hardware available for SAP?

In simpler terms, when using SAP Business One HANA software, it is important to have the right hardware in place to ensure optimal performance. The hardware requirements include different types of devices such as servers and storage solutions that are compatible with SAP HANA. These requirements are listed in the SAP HANA Hardware directory.

Distinguishing SAP HANA from S4 Hana

SAP HANA is a powerful in-memory computer platform developed by SAP. It provides real-time data processing and analytics capabilities, enabling businesses to make faster and more informed decisions. On the other hand, SAP S/4HANA is a modern business suite designed specifically to run on the SAP HANA platform. It offers enhanced functionalities and improved performance compared to its predecessor, SAP ERP.

To ensure optimal performance and reliability when running SAP Business One HANA or any other application on the HANA platform, it is crucial to meet certain hardware requirements. These requirements include having sufficient memory capacity to accommodate both database operations and application workloads effectively. Additionally, fast storage systems like solid-state drives (SSDs) are recommended for efficient data access.

Furthermore, CPU power plays a vital role in supporting complex calculations and handling multiple concurrent user requests efficiently. Therefore, choosing processors with high clock speeds and multiple cores can significantly enhance system performance when using SAP Business One HANA.

Distinguishing HANA Appliance and TDI

The TDI (Tailored Datacenter Integration) approach is distinct from the traditional appliance delivery model, which involves a pre-configured hardware setup with pre-installed software packages provided by a SAP HANA hardware partner. In contrast, TDI offers multiple options for the necessary hardware components to support a SAP HANA environment. This flexibility allows organizations to customize their infrastructure according to their specific requirements and preferences.

P.S: The Tailored Datacenter Integration (TDI) methodology provides organizations with greater flexibility in designing their SAP HANA environments compared to the traditional appliance delivery model. It enables businesses to tailor their infrastructure by selecting individual hardware components from different vendors based on specific needs and preferences. This approach empowers companies to make strategic decisions regarding performance optimization and cost-efficiency while ensuring seamless integration with SAP HANA technology.