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*Best Practices for Equipment Disposal in Datacenters* As technology continues to advance at a rapid pace, it's important for datacenter managers to have a robust plan in place for the disposal of outdated or decommissioned equipment. Improper disposal can lead to environmental and security risks, so adopting the right practices is crucial. Here are some key best practices to consider: Data Sanitization - Before any equipment leaves the datacenter, it's essential to thoroughly wipe all data from storage devices. This prevents sensitive information from falling into the wrong hands. Use secure data erasure tools and methods to ensure complete data removal. Environmentally-Friendly Disposal - Look for e-waste recyclers that can properly dispose of hardware components in an eco-friendly manner. Avoid landfills, which can lead to pollution. Recycle metals, plastics, and other materials whenever possible. Inventory and Tracking - Maintain detailed records of all decommissioned equipment, including serial numbers, asset tags, and disposal dates. This creates an audit trail and helps ensure accountability. Compliance Considerations - Stay up-to-date on local and industry regulations around electronic waste disposal. Improper disposal can lead to hefty fines and legal issues. By following these best practices, datacenter teams can responsibly retire outdated IT assets while mitigating risks and protecting the environment. A well-planned equipment disposal process is a mark of a mature and efficient datacenter operation. #disposal #IT #environment #dcim #Nlytesoftware #datacentre #datacenters #criticalinfrastructure #rack #pdu #power #ups #uptime #Innovation #Sustainability #GreenTechnology #RenewableEnergy #AI #edgecomputing #edgetocloud #hyperscale #hyperscalers #colocation #compute #hosting #missioncritical #coolingsolutions #pue #cabinet #sensors #saudi #saudiarabia #uae #dubai

A proficient organization must exhibit adept management of both external and internal stakeholders to mitigate enterprise risk effectively.

AxisTech Core Services: POL - Passive Optical LAN Advantage... Recognized Industry Benchmark. The fibre optic signal is composed of light, which affords minimal signal loss during transmission; therefore data moves at much greater speeds and distances. Up to double the bandwidth can be achieved with fibre optics, while weighing about half that of copper. As the fibres are non-conducting, and require low voltage, they are safe in most electronic environments. Higher voltages, like those required by a traditional copper cable, are a safety hazard, a reliability, and a maintenance issue as discharges happen more frequently. This also means less electricity is being used by fibre optics resulting in lowered utility costs, as well as a less negative environmental impact. With the high number of cables being produced each day, the carbon footprint from these factories is substantial. However, the production of the copper cable entails 28 Kilos of raw materials while only 5.4 Kilos is required to make fibre optics. The only true advantage copper has to fibre optic cabling is it’s low initial price. Fibre optic installation costs are higher than copper due to of the skills required for termination. However, over time, fibre is more cost-effective and scaleable. Fibre typically costs less to maintain, requires less networking hardware and has much less downtime. And as previously mentioned, the fibre has much larger bandwidth capabilities, eliminating the need for re-cabling for improved network performance. These advantages, as well as the ever-decreasing cost, make fibre optic cabling the best choice for business needs. Join the movement toward a more secure and efficient networking solution. Let’s connect and explore how POL can transform your organization. Fibre Optic Service Areas: Located in Burnaby, BC Canada, we at Axis Technical Services are proud to supply premium branded products and installation. We also supply audio visual / video installations and support services in the Greater and Metro Vancouver Areas including: Vancouver, West Vancouver, New Westminster, Coquitlam, Port Coquitlam, Langley, Surrey, Burnaby, North Vancouver, Richmond, Port Moody, Maple Ridge, Delta, White Rock and more Call 604 559 2947 or email ROI[at] AxisTech. ca to schedule a needs assessment with our management team. #PassiveOpticalLAN #Networking #Cybersecurity #Innovation #FutureReady #FibreOpticInstallations #AxisTech #Axis_Technical #FibreOptics #FibreOpticInstallations #AxisTech #Axis_Technical Learn more: https://zurl.co/MxDg

In today's digital age, network engineers are instrumental in constructing and upholding the infrastructure that ensures the interconnected world functions seamlessly. The future of network engineering jobs shows promising opportunities for expansion, competitive salaries, and heightened recognition as technology continues to progress rapidly. According to the Bureau of Labor Statistics, the field of network engineering is projected to grow by 5% in the US between 2020 and 2030. This forecast underscores the increasing demand for skilled professionals in this vital sector. #NetworkEngineering #CareerGrowth

🌱 Join us and Institute of Electrical and Electronics Engineers (IEEE) online or on-site at the UN Science Summit session “Driving Sustainable Mobility: Collaborative Impact Assessment Framework for Sustainable Transportation Systems in Alignment with UN SDGs” in New York on 16th September for the launch of SustainMobility! 🚗 The transportation sector generates up to 20% of carbon emissions worldwide, making it one of the key players in achieving global climate protection goals. To spearhead concerted action across the world, TÜV SÜD has teamed with the Institute of Electrical and Electronics Engineers (IEEE) to launch the SustainMobility initiative. 🔍 What does the SustainMobility initiative focus on? The initiative focuses on developing a holistic impact assessment framework for sustainable mobility systems, which will support attainment of the United Nations’ Sustainable Development Goals (SDGs) in the area of climate change. The framework is designed to foster systemic change in the mobility sector and to improve planning capability by introducing standardisation and comparability to the relevant initiatives. 💡Do you want to learn more? Then join our session on 16th September (held at 7 pm, New York time). Learn how to collaborate effectively to foster the transition to sustainable mobility. The goal is to develop industry-wide strategies for reducing CO2 emissions in the transportation sector, in alignment with the UN Sustainable Development Goals (SDGs). Register here for online or on-site participation: https://lnkd.in/dCV9tp7N #tuvsud #FutureOfMobility #ScienceSummitUNGA #SustainableMobility #Sustainability

Tech Wednesdays are a great way to learn about NPower Canada programs and how your career in tech can get started! The Tech Pathways session is co-facilitated by Indigenous and Settler leaders, and anyone is welcome to register for the session to learn more. NPower Canada Programs are free of cost and completely online for those who qualify. #upskill #techjobs #techskills #workforcedevelopment #inclusiveworkforce #professionaldevelopment

Vertiv recently inaugurated a new manufacturing facility in Chakan, Pune, to meet the surging demand for data centers and supporting infrastructure solutions in India. Complementing Vertiv’s existing manufacturing facilities in Ambernath and Pune, the new plant manufactures thermal management products and solutions tailored for data centers, telecom, commercial and industrial applications, catering to both domestic and international markets. Spanning 210,000 square feet/19,510 square meters, the facility supports the manufacturing of cooling solutions ranging from 200W to 2MW+, including adiabatic free cooling chillers, large custom air handling units (AHU), thermal wall units, a new range of large direct expansion (DX), packaged DX and free cooling with economizer units, a new range of in-row cooling units, wall mount units, and rack cooling systems. The facility also boasts state-of-the-art psychometric labs to provide performance testing, a dedicated customer experience center, and design support capabilities. It is situated in an India Green Building Council (IGBC) compliant park that focuses on sustainability and reducing impact on the environment. Read more: https://lnkd.in/g9FMZXfK #IndiaTechnologyNews #Vertiv #DataCenterIndustry #ManufacturingFacility #IndiaTech #InfrastructureExpansion #DataCenterSolutions #TechInvestment #DigitalInfrastructure #InnovationInIndia #GrowingTechIndustry #VertivIndia

⭕ Data Center Spaces for Telecommunications Data center structured cabling is the backbone of any robust telecommunications infrastructure, ensuring seamless connectivity and efficient data transmission. According to the TIA-942 standard, which sets guidelines for data center design and operation, there are six key functional subsystems that comprise a structured cabling system: ✅ Entrance Room (ER): This serves as the interface between the ISP/telecommunication provider and the data center structured cabling. The ER can be located inside or outside of the data center and contains demarcation points to the service provider’s network and backbone cabling to other buildings in a campus environment. ✅ Main Distribution Area (MDA): The hub of the cabling system, housing the main cross-connect and possibly the horizontal cross-connects. MDA houses core switches and routers for connecting to the LAN, SANs, and other areas of the data center, as well as telecommunications rooms (TRs) located throughout a facility. ✅ Intermediate Distribution Area (IDA): An optional area primarily used in large data centers. Referred to as an intermediate distributor (ID) in the ISO/IEC 24764 standard, IDAs may include intermediate cross-connects and are designed to enable data center growth or provide segmentation for specific applications. ✅ Horizontal Distribution Area (HDA): The transition point between backbone and horizontal cabling, serving as the distribution point for the Equipment Distribution Area (EDA). While most data centers will contain at least one HDA, it is typically eliminated in data centers using a top-of-rack (ToR) configuration. ✅ Zone Distribution Area (ZDA): Another optional area not commonly used in most enterprise data centers. It serves as a consolidation point within the horizontal cabling between the HDA and the EDA and contains no active equipment. ✅ Equipment Distribution Area (EDA): The main server area where racks and cabinets are located. It houses the end equipment (e.g., servers) that connect via horizontal cables from access switches in the HDAs or via point-to-point cabling to ToR access switches that reside in the same cabinet. When designing cabling systems for these areas, consideration must be given to backbone cabling and horizontal cabling, ensuring optimal performance, scalability, and reliability. ✴ Media selection is crucial, considering factors like cable type (copper, multimode fiber optic, single mode optical) and terminators for each connection. Pre-terminated fiber/copper cabling solutions are widely used, offering plug-and-play convenience and high-density cabling options. 🔰 Note: Pathway design should prioritize maintenance and changes, ensuring problems can be addressed without disrupting production. #datacenter #structuredcabling #networking #telecommunications #techinfrastructure #datamanagement #rcdd

Demand for engineers is likely to grow faster than for most professions, thanks to the UK’s increased focus on attaining net zero targets, says a new report commissioned by Engineering UK. Read more: https://bit.ly/4a9wnUw #PE #engineering #netzero #UK #UKjobs

The Vital Role of Data Center Earthing Systems In today's fast-paced data center environment, where uptime and data integrity are paramount, every component plays a crucial role in ensuring seamless operations. Among these components, the earthing system stands out as a cornerstone of safety and performance. Here, we explore the significance of earthing systems in data centers and their integral role in the infrastructure's success. Understanding the Role of Earthing Systems An earthing system provides a safe path for electrical fault currents to flow into the ground, preventing potential hazards such as electric shocks, fires, and equipment damage. In high-density computing environments, where substantial electrical currents are generated, the importance of an effective earthing system cannot be overstated. Ensuring Personnel Safety Personnel safety within the data center is paramount. A robust earthing system mitigates the risk of electric shocks by swiftly and safely directing fault currents away from sensitive areas. Proper grounding creates a safer working environment, minimizing the potential for accidents and injuries among staff. Protecting Critical Equipment Mission-critical equipment housed in data centers must operate reliably 24/7. An inadequate earthing system exposes this equipment to the risk of electrical damage, leading to costly downtime and potential data loss. Implementing a comprehensive earthing strategy safeguards investments and ensures uninterrupted service delivery to customers. Mitigating Operational Risks In addition to safety and equipment protection, an effective earthing system mitigates operational risks associated with electromagnetic and radiofrequency interference. These interferences can degrade signal integrity and compromise data transmission, resulting in performance issues and system failures. Proper grounding and shielding help maintain optimal performance levels and deliver a seamless user experience. Compliance and Standards Adherence to industry standards and regulations is crucial in data center design and operation. Earthing systems are subject to rigorous standards such as IEEE 142 and IEC 60364, which outline best practices for design, installation, and maintenance. Compliance ensures safety, reliability, and instills confidence in customers regarding the facility's quality. Conclusion In conclusion, the earthing system is pivotal in ensuring the safety, reliability, and performance of data center infrastructure. Prioritizing the design, implementation, and maintenance of an effective earthing strategy enables data center operators to mitigate risks, protect investments, and uphold the highest standards of operational excellence. #DataCenterSafety #EarthingSystems #DataCenterInfrastructure #TechSafety #ElectricalSafety #CriticalEquipment #ElectromagneticInterference #DataCenterSecurity #TechCompliance #DataCenterStandards #missioncritical #UptimeOptimization