Author: David G

Dell has been well known for their ability to produce high-quality servers that can run the most demanding workloads for businesses. The Dell PowerEdge M630 and M640 are both high-end blade servers that are built with performance, efficiency and automation in mind.

When choosing between the M630 and M640, there are several important factors to consider. Let’s look at a side-by-side comparison:

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Achieving high data center performance

Data center performance is often tied closely with memory capacity. The Dell PowerEdge M630 boasts an advanced memory capacity of 24 DDR4 DIMM slots, and up to 4 SSD drives. This gives the server enough capacity to handle High Performance Computing. In addition, its Intel Xeon E5-2600 v4 processor makes the M630 rank highly in performance capabilities for your data center.

If you desire a scalable and high-performance server that can handle a variety of workloads, the PowerEdge M640 is a top choice for you. From its build quality and design, the M640 is a performance workhorse. Its outside architecture features a blade server chassis that allows users to get up to 16 Intel scalable dual-socket compute nodes.

This means that you can easily scale up your workloads to handle HPC, Anything as a Service requirement (XaaS), and even cloud applications. As more businesses seek to switch to the cloud to handle critical business processes, the XaaS and cloud computing capabilities of the M640 offer your data center this much-needed capability.

Managing workload capacity

Both the Dell PowerEdge M630 and M640 servers are capable of managing flexible and scalable workloads. They offer flexible memory options and scalable nodes that make it possible for your data center to handle any surges in capacity.

The M630 is able to achieve this scalability primarily through its flexible memory options and bandwidth capability. The M630 offers Dell network adapters that are capable of offering speed, fabric, and vendor that is associated with data center workloads. With these options, you can tailor the server to handle precise workloads according to the specific bandwidth requirements.

Managing workload capacity on the PowerEdge M640 involves a combination of automation, architectural design, and processing power. The 16 Xeon Scalable nodes on the M640 are all housed in a single chassis that compacts power into a highly convenient design. In addition, its half-height construction makes it easy to fit into data centers with tight spaces and high computing requirements.

Automation capabilities

What sets the Dell PowerEdge servers apart is their ability to incorporate automation. The intelligent Dell OpenManage System provides the framework for remote access, virtual environments, and automation of routine tasks by administrators.

Starting with the Dell M630, its OpenManage framework features a systems management portfolio that can integrate with third-party solutions. It also allows for remote monitoring capabilities from a smartphone, tablet or other mobile devices.

And just when you thought automation couldn’t go any further, the PowerEdge M640 came along. It allows for a choice of collective or individual management of servers all via the Dell automation platform (Dell EMC Chassis Management Controller). The Dell EMC platform is compatible with OpenManage to achieve essential automation capabilities such as control from mobile applications or receipt of hardware alerts from anywhere and at anytime.

Wrap up

Ultimately, the choice between the Dell PowerEdge M630 and M640 is a consideration of performance capability, budget, workload management and automation. If you desire advanced memory capabilities, a simple design, and easy to customize interface/workloads, the M630 is the server for you. Another factor is price per performance, with the M630 being one generation older with a lower cost and great value. However, if you prefer a server with a flexible and scalable architecture, high density, and an emphasis on automation and data security – the PowerEdge M640 is the server of choice. SourceTech have been specializing in servers for over 20 years and we can help you make the right choice for your business. Contact us today.

We hear it around us all the time; the importance of digital transformation for businesses. Everyone is talking about the benefits that digital solutions offer for reducing operational costs, increasing efficiency, and better management of company data. Yet, many small businesses mistakenly think that digital transformation is not for them, or they are too slow to implement the solutions. Enterprise companies with expansive budgets are typically faster to employ new, digital solutions. But, it’s even more important for smaller companies to understand that digital transformation can also greatly impact their organization.

Here are the top reasons why small businesses stand to benefit from the digital transformation:

Automation

Automation is a direct result of digital transformation strategies in small businesses, allowing a company to redirect the focus of employees towards more important tasks. It also enables the business to shift resources towards revenue generating activities and more efficient operations.

As your small business becomes increasingly automated, it also collects critical information regarding customers, business operations and other relevant areas. This data can then be analyzed and used to make revenue-generating decisions.

Big Data

With digital transformation, small businesses can implement better data management strategies. At the core of digital transformation is the use of advanced technologies that collect and analyze data across the entire business. This data includes market share, customer trends, and competitor information.

Digital transformation technologies include software platforms that can collect and analyze this data in real time. The end result is the production of data reports that can be used to drive sales and implement more effective marketing strategies.

Going Paperless

When your business gets rid of the tons of paperwork that it uses in its daily operations, it can greatly cut on costs and improve the quality of its data. Rather than filling out manual data sheets, mobile data solutions can be used by employees to input data and transmit it to a central location for analysis. This results in fewer errors and omissions that would otherwise cause delays.

When your business goes paperless, it can improve its ability to communicate effective across various departments, and enhance collaboration.

Cloud Solutions

At the heart of digital transformation lies the ability for your business to implement cloud solutions such as Microsoft office 365, Amazon cloud services (AWS) and Quickbooks online. These cloud solutions integrate company data to a central location and enable employees to access data anywhere, anytime. This leads to greater collaboration among team members, increased efficiency, and more productive work processes.

With cloud solutions, your business can become more flexible. Employees can access important data from remote locations and remain productive even during trips and travel sessions. Your business can also collaborate in real time with other companies in multiple geographic locations when necessary.

Customer Service

The expectations of customers are rapidly evolving. Due to advancements in technology, customers now expect faster services, better communication, reduced response times and 24/7 service availability. For your business to keep up, it needs to implement a digital transformation strategy that increases its accessibility to customers.

Digital platforms that respond more rapidly to customer concerns, process payment information and maintain an accessible communication channel are critical for small businesses. Businesses should also aim at collecting and analyzing customer information so they can understand the pain points of customers and adapt to their needs.

Businesses in data-heavy industries such as medical, science, energy, engineering and government constantly face the challenge of processing large amounts of data in the shortest time possible. Data needs to be moved around quickly and in a cost-effective manner in order to facilitate data analysis and to solve data problems. These challenges call for more efficient and powerful machines that are backed by a scalable infrastructure.

Super-computing is a solution that enables the analysis of data that would otherwise be too time-consuming and costly to analyze with standard computers. High-performance computing (HPC) technologies can enable users to overcome barriers to super-computing. These technologies facilitate and empower innovation at many different scales, enabling you to achieve the differentiation of your business, promote research, and find answers to problems in real time.

HP / HPE Gen 10 Servers facilitate Super-computing

HP / HPE Gen10 servers are designed to achieve high-performance computing through more efficient systems architecture, energy efficiency, size, and cost. The engineering and design of these servers are made with the goal of facilitating the future state of super-computing.

HP / HPE ProLiant DL360 and 380 Gen10 servers are workhorses for dense, general computing. They are dedicated for increased performance and memory expandability, making them a reliable solution for space-constrained workloads. SourceTech carries both the HP ProLiant DL360 G10 and HP ProLiant DL380 G10 servers, in stock and ready to ship to you in 1-2 business days.

HP servers enable businesses to focus compute resources towards resolving data analytics problems. They make this possible without the need for a full-scale supercomputer, thereby significantly reducing costs.

HP Gen10 servers deliver agility, economic control, and security in order to digitally transform the business. IT teams find that the HPC solutions offered by HP Gen 10 servers are ideal for super-computing in the following ways:

Agility

The need for agility lies at the heart of the IT operations of any business. IT departments need to constantly adjust CPU capacity up or down in response to automation and application deployment.

HP Gen10 servers can quickly scale up while keeping a persistent memory that is expandable to terabyte capacity. This makes automation and application deployment much easier to achieve when working with HPC.

Increased IT Security

IT security is always a primary concern among businesses. HP Gen10 servers cater to security needs by incorporating a silicon fingerprint. The fingerprint technology prevents the server from booting if an incompatible fingerprint is used to attempt access.

HP Gen10 servers also verify server security every time they boot. Any detected tampering to the firmware will trigger a rollback of the firmware to its original state. This security feature gives users peace of mind, knowing that the state of their firmware is always adequately secured.

Economic Control

HP Gen10 servers enable businesses to cut on operational costs and maximize on available resources. The servers maintain flexible capacity options and a consumption-based IT approach that allows businesses to pay only for the resources that they consume. There are also options for buffer resources, making it very convenient for users to scale up and down as necessary.

Efficiency and economic control can also be increased through leveraging capacity management and using tracking tools. Tracking tools are effective at preventing compute resources from being oversupplied.

Transform Your Business to Achieve

As businesses seek to equip their infrastructure to achieve super-computing capabilities, HP Gen10 servers enable the acceleration of this transformation. The servers provide an optimal mix of IT environments in order to facilitate the development of HPC IT infrastructure. This enables HP / HPE servers to create and promote superior super-computing experiences.

In a nutshell, HP / HPE Gen10 servers are the ultimate solution for discovering insights and trends into otherwise impenetrable information through super-computing. At SourceTech, we stock high quality and reliable Gen10 servers to cater towards your super-computing requirements. Speak to the experts at SourceTech Systems for all your server needs.

Many users operate their systems dreading the possibility of a ransomware attack. Ransomware is a kind of malware that targets and disables access to critical components of your system (such as important files and folders). When ransomware penetrates your system, it embeds itself deep within your files and is often impossible to remove without an access code that only the ransomware developer possesses.

The threat of ransomware came true for many endpoint users in May 2017, when WannaCry attacked over 200,000 endpoints in 3 days. The attack spanned across 150 countries, and it spread by using EternalBlue (an existing Microsoft vulnerability).

Due to the threat of ransomware, many users are in need of comprehensive threat defense solutions against potential attacks. Dell Threat Defense prevents ransomware and other kinds of malware from penetrating your system.

What is Dell Threat Defense?

Dell Threat Defense is an advanced threat prevention solution equipped with machine learning technology and artificial intelligence. It has the capability of preventing malware from penetrating your system and causing any damage. The solution leverages algorithm models and DNA markers in order to deploy effectively across your entire system and provide a strong line of defense.

Its effectiveness arises from its ability to stop malicious and unknown executable files from running. Malicious active scripts and PowerShell attacks can also be prevented by the Dell Threat Defense solution.

Traditional Antivirus Solutions are not as effective

Traditional anti-virus software works by implementing a signature-based approach. This means that they can only identify signatures and patterns of previously detected threats when providing protection. This creates a gap between new emergent threats that do not yet have a detectable signature that can be identified by the software.

As a result, users are often left unprotected from new emergent threats. Malicious programs are rising at a faster rate, and traditional vendors of anti-virus software can’t keep up with developing solutions to all this malware.

A Highly-Effective Solution

Dell Threat Defense combines advanced and dynamic mathematical models with artificial technology in order to prevent 99% of executable malware. Other top antivirus solutions are merely as effective as identifying only 50% of threats.

Dell Threat Defense is also a proactive solution since it stops malware before it can execute on your system. This is a more effective solution than other reactive methods of detection.

Enjoy protection from the WannaCry Ransomware

Dell Threat Defense protects against all forms of the WannaCry ransomware. All known variants of the ransomware are detectable to the software, and Dell offers multiple endpoint security solutions that prevent these attacks. Data that may have been lost due to an attack can also be recovered using the Mozy Pro backup solution provided by Dell.

Easy to Deploy

Dell Threat Defense is a lightweight-solution that is targeted at businesses of all sizes. It is easy to set up, and businesses without a dedicated IT department also stand to benefit from this solution.

In addition, the threat-defense can be operated from a cloud, allowing businesses to save on costs and time that would otherwise be incurred with an on-premise setup. This allows businesses to focus on their operations and generating revenue.

No internet connection is necessary

Dell Threat Defense does not rely on a constant internet connection when operating. You can thus enjoy protection even when working offline.

Multiple Endpoints supported

Whether using a Windows PC, Mac OSX, windows servers or thin clients with embedded windows OS, Dell Threat Defense has you covered. Dell also offers flexible-pricing options to organizations that want to try before they buy, or before they commit long term.