These Cisco 010-151 sample questions are a small glimpse of our full set of Cisco 010-151 actual questions. They give you a preview of what the real 010-151 exam might look like and the contents of Pass4Future's premium Cisco 010-151 product. You must not underestimate the value of Cisco 010-151 practice exam questions, as they allow you to understand the actual Supporting Cisco Datacenter Networking Devices exam in greater depth. Using them will save your time and money otherwise wasted in Supporting Cisco Datacenter Networking Devices exam reattempts. Study guides and tutorials provide you with theoretical details about the 010-151 exam; these 010-151 practice exam questions prepare you to pass the exam. Get Pass4Future's premium access to continue your 010-151 exam practice with the complete set of Cisco 010-151 realistic questions. Our Cisco 010-151 practice questions come in various formats; make sure to check out the details and free demo of each format.
Do you know that you can access more real Cisco 010-151 exam questions via Premium Access? ()
Refer to the exhibit.
Refer to the exhibit. Which component of the UCS C240 M5 is labeled B?
Answer : B
In the Cisco UCS C240 M5 server, each labeled component has a specific role in the server's architecture:
1. mLOM (Modular LAN on Motherboard):
The component labeled 'B' in the exhibit corresponds to the mLOM slot. This slot is designed to provide flexible network connectivity options without occupying a standard PCIe slot. The mLOM can be used for Cisco's VIC (Virtual Interface Card) or third-party adapters, offering enhanced connectivity options for various network configurations in data center environments.
2. Explanation of the Other Options:
o PCle Riser 1 and PCle Riser 2: These are the expansion slots used for additional PCIe cards, allowing for enhanced storage, network, or GPU capabilities. These risers are typically located in other designated areas on the motherboard, not in the position marked as 'B.'
o Rear 2.5-inch Drive Bays: Located at the back of the server, these bays provide additional storage options but do not align with the area marked as 'B' in the image.
The mLOM in position 'B' provides a modular approach to network connectivity, crucial for high-performance workloads and data center flexibility. This component placement aligns with Cisco's modular design philosophy, ensuring adaptability and scalability in UCS C-Series Rack Servers like the C240 M5.
Which two commands provide views of the high availability state between the two clustered Fabric Interconnects? (Choose two.)
Answer : C, D
In a Cisco UCS environment, ensuring high availability (HA) between clustered Fabric Interconnects is essential for operational resilience. There are specific commands used to check the HA state of these Fabric Interconnects:
show cluster state: This command provides a basic view of the cluster status between the two Fabric Interconnects. It shows whether the cluster is in a primary or subordinate state and provides information about each Fabric Interconnect's role. This is a fundamental command used for checking the general state of the cluster.
show cluster extended-state: This command provides a more detailed view of the cluster's HA status, offering extended information about the cluster's synchronization status, heartbeat status, and any potential issues. It helps in diagnosing more granular details of the cluster's health and HA status.
Explanation of Incorrect Options:
show cluster HA state and show cluster HA status: These are not valid commands in the Cisco UCS command-line interface.
show cluster state extended: While similar in wording, this is also not a valid command in Cisco UCS for viewing HA status.
Summary:
To verify the high availability state between two clustered Fabric Interconnects, use show cluster state for a general status overview and show cluster extended-state for a detailed diagnostic view. These commands are essential for UCS administrators to ensure that the Fabric Interconnects are operating in a healthy and synchronized HA configuration.
Refer to the exhibit.
Refer to the exhibit. What is the name and function of the icon labeled D?
Answer : A
What are two functions of system controllers in the Cisco Nexus 9500 Series? (Choose two.)
Answer : A, B
Which two UCS devices provide connectivity to Fabric Extenders? (Choose two.)
Answer : A, B
In the Cisco Unified Computing System (UCS) architecture, Fabric Extenders (FEX) play a crucial role in extending the connectivity and simplifying the network topology within the data center. Understanding which UCS devices provide connectivity to Fabric Extenders is essential for designing scalable and efficient UCS deployments.
1. UCS 6300 Series Fabric Interconnects (Option B):
Role in UCS Architecture:
The UCS 6300 Series refers to Fabric Interconnects, which are central components in the UCS architecture.
Fabric Interconnects manage and control the network traffic between UCS servers, Fabric Extenders, and external networks.
Connectivity to Fabric Extenders:
Fabric Extenders are directly connected to Fabric Interconnects.
The UCS 6300 Series Fabric Interconnects provide the necessary network and storage connectivity to Fabric Extenders, allowing for seamless communication between Blade Servers and the broader network infrastructure.
Key Features:
Scalability: Supports multiple Fabric Extenders, enabling the expansion of network ports without increasing the complexity of the network.
Centralized Management: Simplifies management by allowing administrators to configure and monitor all connected Fabric Extenders through the Fabric Interconnects.
High Availability: Designed with redundancy features to ensure continuous network connectivity and minimize downtime.
2. UCS 6400 Series Fabric Interconnects (Option A):
Role in UCS Architecture:
The UCS 6400 Series also pertains to Fabric Interconnects, typically offering higher port densities and enhanced capabilities compared to the 6300 Series.
These Fabric Interconnects are designed to support larger deployments and provide more extensive connectivity options.
Connectivity to Fabric Extenders:
Similar to the 6300 Series, the 6400 Series Fabric Interconnects serve as the primary connection points for Fabric Extenders.
They facilitate the aggregation of network traffic from multiple Fabric Extenders, ensuring efficient data flow and management.
Key Features:
Enhanced Performance: Offers higher throughput and more robust handling of network traffic, suitable for large-scale data centers.
Increased Port Density: Supports a greater number of ports, allowing more Fabric Extenders and network devices to be connected.
Advanced Features: May include additional functionalities such as improved security features, better integration with storage networks, and enhanced monitoring capabilities.
Why the Other Options Are Incorrect:
C . UCS E-Series Servers:
E-Series pertains to Ethernet and storage networking solutions within the UCS ecosystem, such as switches and other networking devices.
While they play a vital role in the overall UCS network infrastructure, they do not directly provide connectivity to Fabric Extenders. Instead, Fabric Interconnects manage the connections to Fabric Extenders.
D . UCS S-Series Storage Servers:
S-Series refers to storage servers designed to integrate with UCS for storage solutions.
These storage servers are typically connected to the network via Fabric Interconnects and do not directly interface with Fabric Extenders.
E . UCS B-Series Servers:
B-Series are Blade Servers that reside within UCS Blade Enclosures.
While Blade Servers connect to Fabric Extenders through the Fabric Interconnects, they do not themselves provide connectivity to Fabric Extenders. Instead, they are the endpoints that benefit from the connectivity provided by FEX through the Fabric Interconnects.
Visual Representation:
+----------------------+ +------------------------+
| UCS Fabric Inter- | <-----> | Fabric Extenders |
| connect (6300/6400) | +------------------------+
+----------------------+
|
|
+----------------------+ +------------------------+
| Blade Servers | | External Networks |
| (B-Series) | +------------------------+
+----------------------+
Fabric Interconnects (6300/6400 Series) connect directly to Fabric Extenders (FEX).
Blade Servers (B-Series) are housed within UCS Enclosures and connect to FEX through the Fabric Interconnects.
External Networks interface with Fabric Interconnects to facilitate broader network communication.
Summary:
UCS 6300 Series and UCS 6400 Series Fabric Interconnects are the primary UCS devices that provide connectivity to Fabric Extenders (FEX).
These Fabric Interconnects manage and control the network traffic between FEX and Blade Servers, ensuring efficient and scalable network infrastructure within the UCS environment.
Other UCS devices like E-Series and S-Series serve different roles within the UCS ecosystem and do not directly provide connectivity to Fabric Extenders.
Therefore, the correct answers are Options A and B: UCS 6400 Series and UCS 6300 Series.
